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A/D Firefilm III is a decorative, fiber free, thin film intumescent coating designed for the fire protection of steelwork for up to a 3 hour fire rating, depending on the design. The recommended use for this product is fireproofing of interior steel beams, columns, tubes, and pipes.
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A/D Firefilm® III C is a decorative, fiber free, thin film intumescent coating designed for the fire protection of steelwork for up to a 3 hour fire rating, depending on the design. The recommended use for this product is fireproofing of interior steel beams, columns, tubes, and pipes in clean room and sterile environments.
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Accelerator A-20 is a powder mixed with water and injected into gypsum based fireproofing materials to reduce the set time and increase production rates. Also, Accelerator A-20 can be injected into portland cement-based fireproofing materials to reduce the set time. Accelerator A-20 can be used with Southwest Type 5GP, 5MD and 7GP materials.
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Acrilast Caulk II is a gun-grade, neutral-cure silicone sealant designed for use in joint terminations of Pyrocrete® Fireproofing products and dissimilar materials.
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ADD-2 Mildewcide Additive is an effective fungicide which provides long-lasting protection against both mold & mildew in water-based, alkyd, and epoxy coatings. It is also acceptable to use in polyurethane finishes but is less effective due to the slower leach rate. Ideal for contractor use in interior and exterior coatings projects.
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Additive 101 is an accelerator used to speed the cure of many solvent-based polyurethane coatings. It can be used in Carboline’s Carbothane Series finishes including the 133 and 134 Series products and Clear Coats. DO NOT USE with water-borne polyurethanes.
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Additive 8505 is an accelerator used to speed the cure of select atmospheric epoxies.
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A two component, 100% solids product to minimize shrinkage and for laminating with fiberglass for a 62 mil lining system. A chemical resistant epoxy coating with exceptional adhesion to various substrates. Excellent resistance to petroleum products, alkalies, salts, organic solvents and gases.
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One of the most durable primers known to industry. Excellent application properties are experienced over steel surfaces. This primer has excellent adhesion to steel and concrete also.
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Formulated from high performance acrylic resins. This product is known for its excellent gloss retention properties and excellent resistance to a variety of solvents, acids and bases. Can cure in environments as low as 40°F (4°C).
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Armorlast I is a high solids, high build inorganic topcoat used to seal and protect inorganic zinc primers. The film exhibits exceptional toughness, high temperature resistance, and is available in a limited assortment of colors. Being inorganic, Armorlast I provides exceptional weatherability and long-term performance. When used as finish over a permanent zinc primer, the system becomes an ultra-long lasting corrosion resistant system.
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Renowned high build coal tar epoxy polyamide for protection of steel and concrete in single or two-coat applications in a broad variety of aggressive industrial applications.
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Renowned high build coal tar epoxy for protection for steel and concrete in single or two-coat applications developed specifically for the Corps of Engineers (COE).
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Ultra-high build, single-component coal tar mastic for protecting steel and concrete substrates subject to aggressive conditions and for below grade damp proofing requirement
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Fast drying steel primer that provides corrosion protection on structural steel. Well suited for fabrication shops that need fast cure to dry and handle times. May be topcoated with conventional alkyds or acrylics for color, aesthetics or additional protection.
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Carbocoat 115 VOC is a fast drying, low VOC industrial maintenance, lead and chromate free, shop and field primer. It is especially designed for architectural ferrous metal or exposed structural steel, and is best applied by spray only. Carbocoat 115 VOC can be top coated with acrylics, alkyds or single package polyurethane finishes. It is often used as a construction primer for structural steel that will eventually reside in interior spaces.
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Fast drying steel primer that provides corrosion protection on structural steel. Well suited for fabrication shops that need fast cure to dry and handle times. May be topcoated with conventional alkyds and acrylics for color, aesthetics, or additional protection.
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Heavy-duty primer formulated to provide long term protection of structural steel. It provides excellent adhesion and can be welded through to yield sound welds.
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Single-coat primer/finish with unique ion-exchange corrosion inhibitors frequently used as a metallic - finish maintenance coating for aged galvanized and rusty steel. Slow drying characteristics allow for excellent wetting and penetration to hand or power tooled cleaned surfaces. Frequently used in the Power, Transmission/Distribution and Bridge markets.
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High solids, high gloss, finish with 30% silicone modification that provides excellent weathering performance as an exterior enamel. Can also be used interior as a high gloss maintenance product with ease of use characteristics
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A general purpose air dry enamel that can be used as a self-priming direct to metal (DTM) finish coat. This product has good application characteristics and good corrosion resistance. It can be used for light to moderate industrial and marine service for both maintenance and new construction projects. It can also be used as an OEM finish for a variety of applications.
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A high solids, quick-dry, general purpose air dry enamel that is used as a self-priming finish coat. Carbocoat 8215 has exceptional application characteristics, fast dry properties and very good corrosion protection as a direct to metal coating. Is used as an OEM finish for a variety of applications. It Is also recommended for light to moderate industrial use for new construction or maintenance.
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A high solids, quick-dry, general purpose air dry enamel that is used as a self-priming finish coat. Carbocoat 8215 VOC has exceptional application characteristics, fast dry properties and very good corrosion protection as a direct to metal coatings. Is used as an OEM finish for a variety of applications. It Is also recommended for light to moderate industrial use for new construction or maintenance. It meets the 340 g/l VOC limit and has very low HAP’s at 0.6 lbs/solid gal.
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A high solids, quick-dry, general-use, air dry enamel that is used as a self-priming, non-skid finish for light duty to medium use foot traffic. High profile aggregate provides very good non-slip properties. This product has exceptional application characteristics, fast dry properties and very good corrosion protection as a direct to metal coating.
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Heavy-duty primer formulated to provide long term protection of structural steel. It provides excellent adhesion and can be welded through to yield sound welds.
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Zero HAP's, fast dry corrosion inhibitive universal alkyd primer. May be top coated with a variety of finishes, including alkyd, epoxy, polyurethanes, as well as conventional coatings. Can be used for interior or exterior service as a prime for atmospheric protection. Applications on iron, steel and many other metals.
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This fast dry water reducible alkyd finish is designed for spray, brush or roller application to metallic surfaces. It offers ease of application, excellent gloss retention, and corrosion resistance. It is intended for industrial use on bare metal or primed surfaces where mild corrosion resistance is needed.
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This fast dry water reducible alkyd primer is designed for spray, brush or roller application for metallic surfaces and may be used as a universal primer. It offers ease of application, superior adhesion, retention, and extreme flexibility. It is easy to apply and offers superior sag resistance and sheen uniformity.
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A trowel-applied, fast cure and high performance cement base underlayment for sloping and patching floors. Can be overcoated with a variety of finishes including tiles, vinyl and polymer flooring. Protein-free formulation prevents the growth and spread of bacteria
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Carbocrete 4010 is a quick-setting, fiber reinforced, single component mortar formulated for vertical and overhead concrete repairs.
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Carbocrete 4020 is a high-strength, microsilica modified repair mortar designed to repair and resurface deteriorated concrete surfaces exposed to severe and aggressive environments. Ideal for vertical, horizontal, and overhead applications, the dense design matrix provides low permeability, restores structural integrity, and can withstand environments with a pH of 3 or higher.
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Carbocrylic 1295 HS is a high solids topcoat with good weathering capabilities. It provides a glossy, smooth, hard finish that is easy to clean and can be applied in one coat for many service conditions.
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Versatile coating with excellent performance properties. Frequently used in the bridge market as a finish coat over inorganic zinc primers, as well as a user-friendly finish for numerous other substrates. Various off-white colors such as S800 made with our rapid tint system or package colors may be used as a block-filler.
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A high build waterborne acrylic with excellent weatherability and corrosion resistance when coupled with the appropriate primer.
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Surface tolerant direct-to-metal primer with excellent corrosion resistant properties, resistance to flash rusting and suitability for SPPC-SP2 and SP3-cleaned steel.
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Surface tolerant direct-to-metal primer with excellent corrosion resistant properties, resistance to flash rusting and suitability for SPPC-SP2 and SP3-cleaned steel. May also be used as a primer or block filler over concrete masonry units. Acceptable for use on LEED projects.
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High performance graphite reinforced direct-to-metal primer with excellent corrosion resistant properties, resistance to flash rusting and suitability for SPPC-SP3 and SP6-cleaned steel. Formulated specifically for chemical resistance to acids and chemicals.
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Versatile high performance finish with excellent corrosion resistance and exterior weathering properties.
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A single component durable, high performance direct-to-metal acrylic coating for use where excellent weathering properties and chemical resistance are required. Use as a direct-to-metal acrylic coating for light to medium duty service on tank exteriors, piping, and structural steel. May also be used as a finish coat over recommended primers.
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Versatile high performance finish with excellent corrosion resistance and exterior weathering properties, as well as suitability for interior and mild environments.
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Versatile high performance finish with excellent corrosion resistance and exterior weathering properties, as well as suitability for interior and mild environments.
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This self priming, high build coating is designed for minimally prepared, sound rusted, or clean steel in mild to moderate industrial environments. It can also be used on concrete with excellent elongation properties of 200% making it suitable for bridging small cracks. It is suitable for over-coating previous coating systems that are in good, sound condition.
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This extremely durable and chemically resistant cladding utilizes a multi-step curing process that incorporates chemically-fused glass flake reinforcing in a highly cross-linked polyester matrix. The resultant layer is an extremely durable barrier against a variety of exposures including marine, fresh water, salt water, both mineral and organic acids, bleach solutions, and free chlorine. The multi-layer glass-flake reinforcement greatly impedes the penetration of water and other corrosives making this system extremely long performing.
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Ultra-durable solvent-free coating for use on steel and concrete substrates subject to severe impact and physical abuse. This aggregate filled coating offers exceptional abrasion resistance in heavy-duty marine and splash zone environments. It is ideal for high abuse areas on offshore structures exposed to aerated sea water (splash zone), boat landing areas, or working decks, lay down areas, helidecks, or walkways. It can be also be used for buried pipe due to its outstanding physical durability. Consult Carboline Tech Service for high profile non-skid applications.
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Dense, highly impermeable glass flake-filled coating used for protecting steel and concrete. This versatile coating provides an impenetrable film for severe exposures in marine, offshore, petrochemical, pulp and paper and other aggressive environments. Optional use of light or course grit fillers provides nonskid properties.
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Penetrating primer/sealer for use on concrete substrates and Carboline Pyrocrete Fireproofing products. It performs extremely well in sealing cementitious surfaces and is designed to receive a variety of different generic types of finish coats. Some recommended uses of 1340 include the use as a curing compound or form release agent. When applied to “green” concrete it will retard the escape of moisture during the cure period. It is also excellent for use as a form release coating on plywood or steel forms.
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Carboguard 1340 WB is a two component, waterborne epoxy primer used as a primer/sealer for concrete substrates. It promotes the adhesion of a variety of topcoats including polyurethane/polyurea elastomers. It can be used on dry or damp concrete. It is particularly effective to prime damp concrete substrates prior to the application of topcoats that might otherwise be compromised by any surface moisture.
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Penetrating primer/sealer for use on concrete substrates. It is a nuclear grade, DBA tested and certified for use in Nuclear Level 1 areas in a variety of systems with appropriate finish coats.
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A high-build, modified epoxy lining with good overall chemical resistance and versatility. It is can be used as a “caulk” for application in tanks for transition areas, floors and walls, lap welds, pitted steel, bolts, etc. It is ideal for the relining or reconditioning of older tanks. It has excellent flexibility and its spray-applied capability (plural component) makes it unique over other similar products that usually require hand lay-up/trowel application. Carboguard 163 can be used as a barrier coat for concrete or steel surfaces that are exposed to moderately corrosive environments. Applications include floors, piping, storage, tanks, and process vessels in oil refineries, chemical processing, and wastewater treatment plants.
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Carboguard 235 is a phenalkamine modified, surface-tolerant, epoxy specially formulated for application in marine and other severe service industrial environments and is suitable for fresh and salt water immersion resistance. This high solids, high performance epoxy is application friendly and can be used at low temperatures down to 20°F.
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Carboguard 235 HAR is a high abrasion resistant phenalkamine modified, surface-tolerant, epoxy specially formulated for application in marine and other severe service industrial environments and is suitable for fresh and salt water immersion resistance. This high solids, high performance epoxy is application friendly and can be used at low temperatures down to 20°F.
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Epoxy patching and surfacing compound that exhibits excellent bond strength and chemical resistance to a variety of acids, alkalies, salt solutions and oils. It is used to fill voids and bugholes in precast or poured-in-place concrete and other masonry surfaces. Repairs damaged concrete, fills narrow cracks, and can be used as a coving material for floor-wall transitions or lap joint areas. May also be used to repair weld seams and pits in metal for potable water service with a compatible ANSI/NSF 61 approved lining.
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An economical water-based epoxy primer or resurfacing compound that exhibits excellent bond strength to concrete and other masonry surfaces. As a mortar it is ideally suited for patching spalled concrete, filling large cracks, or as a coving and sloping material for floor-wall transitions.
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A spray-grade, economical, epoxy-based repair mortar, patching and surfacing compound that exhibits excellent bond strength to concrete and other masonry surfaces. It is ideally suited for resurfacing deteriorated concrete in wastewater environment. Topcoated with Carboline's lining systems provides protection from H2S or MIC. Unique spray grade (SG) formulation speeds application properties for quick turnaround projects.
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A water based epoxy primer that is easy to apply and has very good chemical resistance. Carboguard 553 primer has significant improvements in film hardness and toughness over straight acrylic or acrylic-epoxy systems. It provides better chemical resistance and physical properties. It can be used in more moderate to aggressive exposures.
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Solvent-free plural component-applied coating commonly used for tank lining applications in the rail industry (corn syrup cars) and other in-shop applications where single-coat and fast handling capabilities are primary requirements.
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Carboguard 60 is a high solids, versatile, abrasion resistant, chemical resistant, and corrosion resistant coating. It can be used as a primer, intermediate coat, or self-priming finish over steel or inorganic zinc primers. May be topcoated with itself, or a broad variety of high performance finish coats. This product has excellent wetting properties giving it the capability of going over marginally prepared substrates. It is ideal for maintenance and fabrication shop applications. An optional Glass Flake (GF) additive or micaceous iron oxide (MiO) additive can be purchased separately and may be used to enhance film strength for more abusive applications for severe marine or heavy industrial uses. Consult Technical Service for suitability as a lining or other exposures.
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Carboguard 60 LH is a high solids, versatile corrosion resistant coating. It can be used as a primer, intermediate coat, or self-priming finish over steel or inorganic zinc primers. May be topcoated with itself, or a broad variety of high performance finish coats. This product has excellent wetting properties giving it the capability of going over marginally prepared substrates. It is ideal for maintenance and fabrication shop applications. It is suitable for immersion conditions in fresh and salt water (pre-qualified for NORSOK M501 System 7B). Meets IMO performance for ballast tanks for marine vessels. An optional Glass Flake (GF) additive or micaceous iron oxide (MiO) additive can be purchased separately and may be used to enhance film strength for more abusive applications for severe marine or heavy industrial uses. See separate data sheets.
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Carboguard 60 Tank White is a specially formulated high solids, versatile corrosion resistant coating designed for use as a weathering finish for exterior use. It has the unique ability to freely chalk on UV exposure to maintain a white appearance over its useful life making it ideal for tank exteriors and the like for both new construction or maintenance.
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Single-coat, ultra-high build coating designed for use on nuclear torus lining applications (a torus is a doughnut-shaped storage area for cooling water). Carboguard 6250 N is designed to handle exposures inside nuclear containment facilities (Level 1) for both radiation tolerance and film integrity during a loss of coolant accident (LOCA).
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An all-purpose immersion-grade epoxy that has a variety of attributes including low-temperature cure, surface tolerance, fast recoat times, moisture tolerance during application and cure, and excellent corrosion protection. Can be used direct to metal as a corrosion resistant primer, an intermediate coating over itself and many other primers, and can be used as a finish coat. Suitable for both maintenance and new construction projects due to its excellent surface wetting characteristics and quick cure for handling. May also be used for immersion in fresh or salt water (marine) exposures. Meets IMO performance for ballast tanks for marine vessels.
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A highly abrasion resistant, all-purpose epoxy with a variety of attributes including low-temperature cure, surface tolerance, fast re-coat times, moisture tolerance during application and cure, and excellent corrosion protection. Carboguard 635 HAR can be used direct to metal as a corrosion resistant primer or as an intermediate coating over other primers particularly where abrasion resistance is needed. It is suitable for both maintenance and new construction projects due to its excellent surface wetting characteristics and quick cure for handling. It may also be used for immersion in fresh or salt water (marine) exposures.
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A highly abrasion resistant, all-purpose epoxy with a variety of attributes including low-temperature cure, surface tolerance, fast re-coat times, moisture tolerance during application and cure, and excellent corrosion protection. This product can be used direct to metal as a corrosion resistant primer or as an intermediate coating over other primers particularly where abrasion resistance is needed. It is suitable for both maintenance and new construction projects due to its excellent surface wetting characteristics and quick cure for handling. It may also be used for immersion in fresh or salt water (marine) exposures.
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An all-purpose immersion-grade epoxy that has a variety of attributes including low-temperature cure, surface tolerance, fast recoat times, moisture tolerance during application and cure, and excellent corrosion protection. It has low VOC and low HAP's content for use in areas with restricted volatile emissions. Can be used direct to metal as a corrosion resistant primer or as an intermediate coating over other primers. Suitable for both maintenance and new construction projects due to its excellent surface wetting characteristics and quick cure for handling. May also be used for immersion in potable water, fresh or salt water (marine) exposures.
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High performance, surface tolerant epoxy that has excellent resistance to water and wastewater exposures. This coating exhibits outstanding moisture tolerance during application, low temperature cure capability, and very fast cure response for quick return to service. Can be used on structural steel, piping, tankage, and equipment exposed to industrial or marine environments. It can also be used in immersion service for salt water, process water (non-potable) and waste water treatment projects; and is ideal for coatings under insulation up to 300°F (149°C).
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High performance, glass-flake filled, cold cure epoxy having excellent film strength and resistance to water, salt water and wastewater exposures. This coating exhibits outstanding moisture tolerance during application, low temperature cure capability, and very fast cure response for quick return to service. Glass flake reinforcement enhances film strength, impact resistance and barrier properties. Can be used on a variety of surfaces including structural steel, piping, pilings, ships, offshore structures and other equipment exposed to industrial or marine environments. It can also be used in immersion service for salt water, process water (non-potable) and waste water treatment projects.
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An epoxy intermediate coat that demonstrates low temperature curing capabilities, fast recoat times, great application properties, and long-term corrosion protection for valuable assets. As a part of an approved coating system, Carboguard 820 is suitable for the harshest environments, including offshore (ISO 12944-9 CX).
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Carboguard 824 is a VOC compliant, two coat, epoxy polyamide system for use where marine coating regulations are restricted to a maximum VOC of 340 g/l or 2.8 lb/gal. The system is specifically formulated for use in immersion service; it is highly versatile and may also be used as an intermediate coating for a variety of industrial applications. Carboguard 824 is for use over properly prepared steel and aluminum substrates that will be subject to exposure in harsh industrial and marine environments.
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Description:
Carboguard 824 is a VOC compliant, two coat, epoxy polyamide system for use where marine coating regulations are restricted to a maximum VOC of 340 g/l or 2.8 lb/gal. The system is specifically formulated for use in immersion service; it is highly versatile and may also be used as an intermediate coating for a variety of industrial applications. Carboguard 824 is for use over properly prepared steel and aluminum substrates that will be subject to exposure in harsh industrial and marine environments.
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Description:
Carboguard 824 is a VOC compliant, two coat, epoxy polyamide system for use where marine coating regulations are restricted to a maximum VOC of 340 g/l or 2.8 lb/gal. The system is specifically formulated for use in immersion service; it is highly versatile and may also be used as an intermediate coating for a variety of industrial applications. Carboguard 824 is for use over properly prepared steel and aluminum substrates that will be subject to exposure in harsh industrial and marine environments.
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Description:
Carboguard 824 is a VOC compliant, two coat, epoxy polyamide system for use where marine coating regulations are restricted to a maximum VOC of 340 g/l or 2.8 lb/gal. The system is specifically formulated for use in immersion service; it is highly versatile and may also be used as an intermediate coating for a variety of industrial applications. Carboguard 824 is for use over properly prepared steel and aluminum substrates that will be subject to exposure in harsh industrial and marine environments.
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Carboguard 868 Non-Skid is a two component, polyamide modified, low VOC, high performance coating for demanding industrial maintenance, marine and architectural applications. It is a tough and durable satin finish ideal for use on steel, galvanized, aluminum and masonry. It should be used wherever non-skid properties, chemical and abrasion resistance, resistance to corrosive environments and outstanding adhesion are essential. It is suitable for use in refineries, offshore platforms, marine environments, chemical plants, food & beverage plants and pulp & paper mills or other industrial applications.
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Carboguard 869 Non-Skid is a two component, polyamide modified, low VOC, high performance coating for demanding industrial maintenance, marine and architectural applications. It is a tough and durable satin finish perfect for use on steel, galvanized, aluminum and masonry. It has a unique non-skid filler package which requires no agitation during application. In spite of its apparent lower profile aggregate, it has improved non-slip properties over larger aggregate materials, even when wet. It has excellent chemical and abrasion resistance, particularly in marine or other corrosive environments. It is suitable for use on properly prepared concrete & steel surfaces in refineries, offshore platforms, chemical plants, food & beverage plants and pulp & paper mills.
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Carboguard 869 Non-Skid is a two component, polyamide modified, low VOC, high performance coating for demanding industrial maintenance, marine and architectural applications. It is a tough and durable satin finish perfect for use on steel, galvanized, aluminum and masonry. It has a unique non-skid filler package which requires no agitation during application. In spite of its apparent lower profile aggregate, it has improved non-slip properties over larger aggregate materials, even when wet. It has excellent chemical and abrasion resistance, particularly in marine or other corrosive environments. It is suitable for use on properly prepared concrete & steel surfaces in refineries, offshore platforms, chemical plants, food & beverage plants and pulp & paper mills.
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A modified epoxy formulated to provide outstanding corrosion resistance as a single-coat, direct-to-metal (DTM) exterior coating for railcars and other structures. While all epoxies will chalk and yellow under UV exposure; Carboguard 876 resists this effect better than most.
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A high solids, high build rust inhibitive epoxy primer with excellent corrosion resistance for long-term protection of the exterior of railcars. May be applied by standard or plural component airless equipment and is easily applied by brush or roll method for touch up. Performs extremely well under a wide variety of topcoats.
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Highly chemical resistant epoxy mastic coating with exceptionally versatile uses in all industrial markets. Self-priming and suitable for application over most existing coatings, and tightly adherent rust. Serves as stand-alone system for a variety of chemical environments and is also designed for various immersion conditions. An optional micaceous iron oxide additive (MIO Filler) can be purchased separately and may be used per the Product Data Sheet to enhance corrosion protection and film strength for more aggressive service such as severe marine or heavy industrial uses.
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A glass reinforced chemically resistant epoxy coating with wide versatility in all industrial markets. It is self-priming. Glass reinforcement improves internal film strength, hardness, impact, and abrasion resistance. It is often used in severe service (above or below the water line) in marine applications where these resistance qualities are desired.
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A two-component, glass reinforced epoxy coating. 890 GF2 is chemical resistant and has a wide range of uses in industrial environments. Its glass reinforcement allows for excellent internal film strength, hardness, impact, and abrasion resistance. Most commonly, it is used in severe service (above or below the water line) in marine applications where these resistance qualities are desired.
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Highly chemical resistant epoxy with specialized application in hyperbaric chambers for the US Navy and other users. The product is self-priming and is most often used as a two-coat lining system. The product is an immersion-grade formula for water, seawater and other exposures.
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Highly chemical resistant epoxy mastic coating with exceptionally versatile uses in all industrial markets. Self-priming and suitable for application over most existing coatings, and tightly adherent to rust. Excellent for use as a primer or intermediate coat where low temperature cure is needed. Can be used in a variety of chemical environments. May be used as a self-priming or finish coat on exterior exposure if discoloration can be tolerated.
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A glass reinforced chemically resistant epoxy coating with wide versatility in all industrial markets. It is self-priming. Glass reinforcement improves internal film strength, hardness, impact, and abrasion resistance. It is often used in severe service above the water line in marine applications where these resistance qualities are desired.
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Highly chemical resistant epoxy mastic coating with exceptionally versatile uses in all industrial markets. Self-priming and suitable for application over most existing coatings, and tightly adherent to rust. Carboguard 890 VOC serves as stand-alone system for a variety of chemical environments.
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Carboguard 8902 FC is a solvent-free, two component, amine cured epoxy formulated for use as a direct-to-metal (DTM) exterior coating with excellent corrosion and chemical resistance. It has very fast dry to handle and cure properties making it desirable for shop applications. Used as a single-coat, protective coating for a variety of uses including equipment, piping, structural steel, and tankage exposed to corrosive and/or abusive service.
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Nuclear grade, DBA tested, self priming epoxy. Tested and certified for use in Nuclear Level 1 areas in a variety of systems.
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Ultra high solids epoxy that is designed as a liner for water, demineralized water, wastewater and many other services. It is widely used as a tank lining for steel and concrete tanks. Product is self-priming and is normally applied in two coats. Formulated for application at conventional builds (4 to 6 mils per coat) as well as high builds (10 mils per coat).
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A high solids, semi-gloss, high build, self-priming epoxy that can be applied by spray, brush, or roller. The cured film provides a tough, cleanable and aesthetically pleasing surface. Recommended uses for Carboguard 892 include railcar hopper interiors carrying dry food-grade cargoes. Other applications include food, meat, poultry, beverage, and pharmaceutical plants.
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A high solids, semi-gloss, high build, self-priming epoxy that can be applied by spray, brush, or roller. The cured film provides a tough, cleanable and aesthetically pleasing surface. Recommended uses for Carboguard 892 PR include railcar hopper interiors carrying dry food-grade cargoes. Other applications include food, meat, poultry, beverage, and pharmaceutical plants.
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Carboguard 8922 is a versatile corrosion resistant coating. May be topcoated with itself, or a broad variety of high performance finish coats. Carboguard 8922 has surface tolerant properties.
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Carboguard 8922 LH is a versatile corrosion resistant coating. May be topcoated with itself, or a broad variety of high performance finish coats. Carboguard 8922 LH has surface tolerant properties. Specially formulated to meet current Federal guidelines for HAPS content.
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High solids corrosion resistant primer and intermediate. Used either as a primer or an intermediate coat over steel and inorganic zinc primers. Can be topcoated with a broad variety of high performance finish coats.
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Versatile corrosion resistant coating. Used either as a primer, intermediate coat, or self-priming finish over steel and zinc primers. Carboline glass flake additive may be added to improve performance including internal strength, hardness, impact, and abrasion resistance. May be topcoated with itself, or a broad variety of high performance finish coats. Product also has surface tolerant properties. Use optional (LT) cure for low temperature cure down to 35°F (1.7°C).
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Description:
Versatile corrosion resistant coating. Used either as a primer, intermediate coat, or self-priming finish over steel and zinc primers. May be topcoated with itself, or a broad variety of high performance finish coats. Product also has surface tolerant properties and low temperature 35 °F (2 °C) cure capability.
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Description:
Versatile corrosion resistant coating with zinc phosphate corrosion inhibitor. Contains additional filler reinforcement (micaceous iron oxide) for enhanced barrier resistant properties. Used either as a primer or intermediate coat over steel, other epoxies or inorganic zinc primers. May be topcoated with a broad variety of high performance finish coats. Has surface tolerant properties. Has optional (LT) cure for 35°F cure capability.
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Nuclear grade, DBA tested, self priming epoxy. Tested and certified for use in Nuclear Level 1 areas in a variety of systems.
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Carboguard 896 is a two component, high solids, modified epoxy formulated for use as a protective hopper lining with excellent resistance to fugitive acetic and hydrochloric acids often found in many plastic pellet cargoes.
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Carboguard 904 is a two component, amine cured epoxy formulated for use as a direct-to-metal (DTM) exterior coating with excellent corrosion and chemical resistance.
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All-purpose, high-build, solvent-free, spray, brush or roll epoxy mastic coating with applications in all industrial markets and for almost all substrates. Product has excellent wetting properties making it ideal for direct-to-substrate (steel or concrete) surface-tolerant applications.
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Carboguard 992 is a solventless, epoxy lining for dry bulk cargoes that is applied by heated, airless plural component spray, as a one coat lining for hopper cars carrying plastic pellets, food and grain, or other dry cargoes. It is acceptable for direct contact with dry bulk food products.
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Carboguard 995 is a two component, 99% volume solids, amine cured epoxy formulated as a flexible, direct-to-metal (DTM) protective lining for railcars. Typical uses include dry bulk service for hopper cars carrying polyethylene, polypropylene or polystyrene plastic pellets.
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A specialized cleaner for spray equipment and misc. parts.
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Aluminum pigmented, low-stress, high-solids mastic with a proven field history. This unique formulation incorporates lamellar aluminum pigment for superior barrier protection. Carbomastic 15 was the pioneer mastic coating in a number of industrial markets and today still provides unmatched levels of barrier protection and corrosion resistance over existing finishes and rusted or SSPC-SP2 or SP3-cleaned steel.
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Aluminum pigmented, low-stress, high-solids mastic with a proven field history. This unique formulation incorporates lamellar aluminum pigment for superior barrier protection. Carbomastic 15 was the pioneer mastic coating in a number of industrial markets and today still provides unmatched levels of barrier protection and corrosion resistance over existing finishes and rusted or SSPC-SP2 or SP3-cleaned steel.
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Carbomastic 18 BT is a fast-curing, heavy-duty, high-build anti-corrosive coating with a broad and versatile list of uses in marine and other corrosive environments. It is an excellent choice for the protection of ship hull exteriors, underwater and ballast tanks. Offshore applications include sub-sea, jackets, production decks, drilling rig legs, pontoons, in immersed surfaces. It meets the demands in IMO Performance Standard for Protective Coatings. It is classified “B1” (Superior Grade) under DNV standard “Testing and Classification of Ballast Tank Coatings”.
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This epoxy is a fast-curing, heavy-duty, high-build anti-corrosive coating with a broad range of uses in marine and other corrosive environments. It is an excellent choice for the protection of ship hull exteriors, above and below the water line, ballast tanks, etc. Offshore applications include splash zones, subsea, jackets, production decks, drilling rig legs and pontoons in immersed exposures.
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Aluminum-pigmented, low temperature curing mastic designed for cold weather applications down to 0 °F (-18 °C). This unique coating provides excellent corrosion resistance over existing finishes and rusted or SSPC-SP2 or SP3- cleaned steel.
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High performance epoxy that has excellent resistance to fresh and salt water exposures. This coating exhibits outstanding moisture and surface tolerance during application, low temperature cure capability, and very fast cure response for quick return to service. It contains an inert flake reinforcement (micaceous iron oxide) to enhance film strength and performance. This product is ideal for industrial or heavy duty marine environments for the protection of steel against salt laden environments.
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High performance, aluminum-filled epoxy that has excellent resistance to fresh and salt water exposures. This coating exhibits outstanding surface tolerance, low temperature cure capability, and very fast cure response for quick return to service. This lamellar aluminum-pigmented epoxy also contains inert flake reinforcement (micaceous iron oxide) to enhance film strength, barrier properties and overall performance.
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High performance aluminum filled epoxy with inert flake reinforcement, micaceous iron oxide (MIO), to further enhance the film strength and performance. This low VOC, low HAPS coating provides excellent corrosion protection for substrates subjected to immersion service in fresh and salt water as well as typical industrial and marine environments. It has outstanding tolerance for marginal surface preparation. This coating cures very fast for quick return to service and also cures at low temperatures.
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Economical, aluminum-pigmented mastic with excellent performance properties. Designed for a broad range of applications, this material provides good corrosion resistance, film build and surface tolerance. Can be applied at low temperatures and cures faster than many other epoxy mastics.
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A high performance, surface tolerant, high build, corrosion resistant epoxy mastic. It has outstanding adhesion to metal substrates along with most aged coatings and offers maximum protection against severe weather conditions, corrosion, moisture penetration and general industrial environments. It wets and penetrates firm rust and tight crevices and resists further rust deterioration. Use it on tank exteriors, structural steel, piping, process equipment, bridges & water towers. Carbomastic 94 may also be used for immersion in fresh or salt water (marine) exposures on barges, vessels and other marine applications. An optional micaceous iron oxide, (MIO), additive can be purchased separately and may be used per its Product Data Sheet to further enhance the coating's performance.
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A high performance, surface tolerant, high build, corrosion resistant epoxy mastic. It has outstanding adhesion to metal substrates along with most aged coatings and offers maximum protection against severe weather conditions, corrosion, moisture penetration and general industrial environments. It wets and penetrates firm rust and tight crevices and resists further rust deterioration. Use it on tank exteriors, structural steel, piping, process equipment, bridges & water towers. Carbomastic 94 MC may also be used on barges, vessels and other marine applications. An optional micaceous iron oxide, (MIO), additive can be purchased separately and may be used per its Product Data Sheet to further enhance the coatings's performance.
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A high-performance, high build, chemical, and corrosion-resistant, UL category XKXC2 approved epoxy mastic topcoat optimized for use in Thermo-Lag E100 and Thermo-Lag 3000 series fire resistive applications required to meet class I-A criteria per ANSI/UL 2431. It demonstrates outstanding adhesion and offers maximum protection against severe weather conditions, corrosion, moisture penetration, and general industrial environments.
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This fast cure high build polyaspartic coating provides excellent corrosion protection as well as long term weatherability in just one coat. It can be applied direct to metal (DTM) at 6 to 10 mils dry film thickness (DFT) to eliminate the need for typical primers and/or intermediate coats. This significantly speeds up the painting process, saves labor, and saves money without sacrificing performance. If even better corrosion protection is desired it can be applied over our time proven Carbozinc, Carbomastic, or Carboguard primers.
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This fast-cure, high-build polyaspartic coating provides good corrosion protection plus long term weatherability in just one coat. It can be applied direct to metal (DTM). For improved corrosion protection it can be applied over approved primers including Carbozinc 859. These 1 - 2 coat systems can eliminate the need for typical primers and/or intermediate coats to significantly speed up the painting process. Suitable for use in USDA inspected facilities.
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High build, low sheen finish that has excellent resistance to corrosion, chemicals and abrasion. Suitable for application over a number of Carboline primers and intermediates, this material provides very good weathering performance in a broad range of colors.
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A high solids, high build, low sheen topcoat which provides a tough attractive finish and outstanding weathering properties. In addition, this low VOC & HAPs polyurethane demonstrates good resistance to abrasion and corrosion when applied over recommended Carboline primers and/or intermediate coats.
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High build, low sheen finish that has excellent resistance to corrosion, chemicals and abrasion. Suitable for application over a number of Carboline primers and intermediates, this material provides very good weathering performance in a broad range of colors.
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High build, low sheen finish that has excellent resistance to corrosion, chemicals and abrasion. Suitable for application over a number of Carboline primers and intermediates, this material provides very good weathering performance in a broad range of colors.
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High build, dull metallic finish that has excellent resistance to corrosion, chemicals and abrasion. Suitable for application over a number of Carboline primers and intermediates, this material provides very good weathering performance in a broad range of colors.
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A high solids, high build, satin topcoat which provides a tough attractive finish and outstanding weathering properties. In addition, this low VOC & HAPs polyurethane demonstrates good resistance to abrasion and corrosion when applied over recommended Carboline primers and/or intermediate coats.
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High solids, high build, weatherable coating that provides a tough attractive finish while exhibiting outstanding performance properties. Demonstrates extremely good resistance to abrasion, corrosion and chemical exposure when applied over recommended Carboline primers and/or intermediate coats.
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High solids, high build, satin finish that provides a tough attractive finish while exhibiting outstanding performance properties. Demonstrates extremely good resistance to abrasion, corrosion and chemical exposure when applied over recommended Carboline primers and/or intermediate coats.
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A clear coat finish that provides added UV protection over pigmented Carboline polyurethanes. Exceptionally hard film and excellent depth-of-image provide extended service life to the Carbothane® topcoats, especially when deeptone and metallic colors are used.
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Thin film, high gloss finish with exceptional weathering performance characteristics. Used extensively in virtually all industrial markets, 134 HG provides a smooth, durable finish that has superior resistance to corrosion, abrasion and chemical exposure.
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Thin film, high gloss finish with exceptional weathering performance characteristics. Used extensively in virtually all industrial markets, 134 HG provides a smooth, durable finish that has superior resistance to corrosion, abrasion and chemical exposure.
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An attractive, high gloss, high solids topcoat which is easily applied by airless or conventional spray to yield a smooth, easily cleanable surface. Recommended use as a finish coat for the exteriors of tanks, equipment, piping, structural steel, and concrete surfaces where chemical resistance, toughness, and weatherability are required. An excellent coating for use in chemical processing, pulp and paper, petro-chemical, bridge, offshore, railcars, heavy marine, institutional and waste treatment facilities where a highly resistant and attractive coating is desired. Not recommended for immersion service.
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High gloss finish with exceptional weathering performance characteristics. Used extensively in virtually all industrial markets, provides a smooth, durable finish that has superior resistance to corrosion and chemical exposure.
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High gloss finish with exceptional weathering performance characteristics. Used extensively in virtually all industrial markets, provides a smooth, durable finish that has superior resistance to corrosion and chemical exposure.
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Premium thin film, high gloss finish with superior weathering performance due to its outstanding color and gloss retention in UV exposure. This smooth, flexible finish has excellent abrasion and impact resistance combined with very good chemical resistance. Carbothane 134 UV Ultra provides excellent durability and maximum service life in many harsh exterior environments.
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High gloss finish with exceptional weathering performance characteristics. Used extensively in virtually all industrial markets, provides a smooth, durable finish that has superior resistance to corrosion and chemical exposure.
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Thin film, high gloss finish with exceptional weathering performance characteristics. Used for the weathering protection of a variety of substrates in all architectural and industrial markets. It provides a smooth, durable finish that has excellent weathering resistance, gloss and color retention..
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A value- added high gloss, high solids topcoat which is easily applied by airless or conventional spray to yield a smooth, easily cleanable surface. Recommended to be used as a finish coat for the exteriors of tanks, equipment, piping, structural steel, and concrete surfaces where toughness and weatherability are required.
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Carbothane 8812 is a fast dry, high gloss, high build, two component polyurethane coating. Carbothane 8812 exhibits the excellent dry times and handling characteristics required by Original Equipment Manufacturers. This coating has outstanding hardness, adhesion and resistance to: impact, marring, abrasion, chemicals and staining. Carbothane 8812 is recommended as a direct to metal finish coat or as a finish coat over properly primed substrates. Typical applications include air compressors, propane tanks, trailer chassis and frames, valves, pumps, waste water treatment plant equipment, agricultural equipment, hazardous material storage buildings and general industrial equipment. Not recommended for continuous immersion service.
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A fast dry, high gloss, high build, two component polyurethane coating. Carbothane 8815 exhibits the excellent dry times and handling characteristics required by Original Equipment Manufacturers. This coating has outstanding hardness, adhesion and resistance to: impact, marring, abrasion, chemicals and staining. Carbothane 8815 is recommended as a direct to metal finish coat or as a finish coat over properly primed substrates.
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Carbothane 8832 is a fast dry, high gloss, high build, two component polyurethane coating. Carbothane 8832 exhibits the excellent dry times and handling characteristics required by Original Equipment Manufacturers. This coating has outstanding hardness, adhesion and resistance to impact, marring, abrasion and staining. Carbothane 8832 is recommended as a direct to metal finish coat or as a finish coat over properly primed substrates. Typical applications include air compressors, propane tanks, trailer chassis and frames, valves, pumps, waste water treatment plant equipment, agricultural equipment, hazardous material storage buildings and general industrial equipment. Not recommended for continuous immersion service.
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Carbothane 8845 is a fast dry, high solids, low VOC, high gloss, high build, two component polyurethane coating. Carbothane 8845 exhibits the excellent dry times and handling characteristics required by Original Equipment Manufacturers. This coating has outstanding hardness, adhesion and resistance to: impact, marring, abrasion, chemicals and staining. Carbothane 8845 is recommended as a direct to metal finish coat or as a finish coat over properly primed substrates. Typical applications include air compressors, propane tanks, trailer chassis and frames, valves, pumps, waste water treatment plant equipment, agricultural equipment, hazardous material storage buildings and general industrial equipment. Not recommended for continuous immersion service.
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A clear coat finish that provides added UV protection over pigmented Carboline polyurethanes. Exceptionally hard film and excellent depth-of-image provide extended service life to the Carbothane topcoats, especially when deeptone and metallic colors are used.
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Carbothane DTM Mastic is a weatherable direct- to -metal or finish coat with surface tolerant properties for maintenance coating applications. It is a high solids, high gloss, buildable, two component polyurethane coating that adheres to tightly bound rust, bare metal, aged coatings and other surfaces. Carbothane DTM Mastic exhibits excellent dry times and handling characteristics. It has surface tolerant properties for ease of use and reduced prep time. This coating has outstanding hardness, adhesion and resistance to impact, marring, abrasion, chemicals and staining.
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Carbotherm 3300 is a ceramic blend insulative composite coating formulated in a high temperature resistant acrylic binder. It is ideally suited as a protective heat barrier to shield personnel from hot surfaces. It also inhibits heat transfer into or out of a structure. Its insulative properties keeps structures exposed to solar radiation significantly cooler. It can be used to minimize or eliminate sweating of pipes or other operating equipment.
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Carbotherm 551 is a unique insulative composite coating formulated in a high temperature resistant epoxy binder. Unlike acrylic-based insulative materials it has superior toughness, hardness, impact resistance, chemical resistance and permeation resistance. It is therefore more suitable for industrial applications or other physically demanding environments. It is an ideal protective heat barrier to shield personnel from hot surfaces. It also inhibits heat transfer into or out of a structure. Its insulative properties keeps structures exposed to solar radiation significantly cooler. It can be used to minimize or eliminate condensation of pipes or other operating equipment. Its superior application properties of higher film build per coat and fewer coats offers savings and quicker return to service. Because it bonds directly to the surface (unlike standard insulation materials) it minimizes water entry and the effect of corrosion under insulation.
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An insulative coating designed to provide cryogenic protection for structural steel, vessels, piping and ductwork operating at temperatures between -40°F (-40°C) and 175°F (79°C). This product can be utilized as a base coat with Carboline fireproofing materials to provide combined insulation and fire protection to substrates exposed to a cryogenic spill followed by a hydrocarbon fire.
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A weldable pre-construction inorganic zinc primer for shop use only.
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Carboweld 14 WB is a fast drying, high zinc content, 2-package pre-construction primer for steel substrates. It performs well as a shop/yard primer for corrosion protection during fabrication phase. It provides cathodic sacrificial protection and thus prevents corrosion of the underlying steel, like galvanizing. It contains 88% zinc dust by weight in the dried film. This waterborne product has no VOC or flash point. It can be used as a shop primer when weldability and corrosion protection are necessary. Use it in industrial, marine & process environments.
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Carboweld 17 FG is a fast drying, 2 component, zinc rich primer designed for the prefabrication priming of steel for marine, coastal and demanding industrial environments. It is a weldable, hard, abrasion resistant primer that provides cathodic protection. Use it to protect steel on marine vessels and off-shore structures during construction and in areas where welding, heat resistance, impact and abrasion resistance are necessary. It has been tested by DNV and certified by ABS to the IMO/PSPC standard for ballast tank linings.
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Carbowrap Marine Paste is a preparatory priming paste used to displace surface moisture, passivates surface oxides and fills small irregularities in the substrate. It consists of saturated petroleum based compound and passivating agents. Marine Paste is a special primer paste that contains wide spectrum biocides. Carbowrap Marine Paste is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Marine Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Marine Tape is a non-woven bonded synthetic fabric, fully impregnated and coated with natural petroleum based compounds and inert fillers. It is chemically inert, does not polymerize or oxidize, retains water resistance and dielectric properties over an indefinite period, and contains a highly effective anti-bacterial agent to protect the substrate from microbial corrosion activities. This tape is designed for application underwater, near the splash zone, or on substrates in a corrosive marine environment. Carbowrap Marine Tape is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Marine Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Mastic is afiller which profiles areas to be wrapped by easing contours on pipe joints, flanges, valves, bolts, and other irregular shapes. Consists of saturated petroleum based compounds, inert fillers, and reinforcing fibers. Carbowrap Mastic is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Overwrap A stabilized, plasticized, PVC film coated with an anti-corrosive pressure sensitive adhesive used to wrap over petrolatum tapes to provide colorcoding and additional protective properties. It is flexible, resists acids, alkalies, and oils. Carbowrap Overwrap is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Paste is a preparatory priming paste used to displace surface moisture, passivates surface oxides and fills small irregularities in the substrate. It consists of saturated petroleum based compound and passivating agents. Carbowrap Paste is a special primer paste that contains wide spectrum biocides. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowrap Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Tape is a non-woven bonded synthetic fabric, fully impregnated and coated with natural petroleum based compounds and inert fillers. It is chemically inert, does not polymerize or oxidize, and retains water resistance and dielectric properties over an indefinite period. Three different tapes are available depending on the service temperatures (130 °F [54 °C], 150 °F [66 °C], and 165 °F [74 °C] respectively). Carbowrap Tape is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Tape is a non-woven bonded synthetic fabric, fully impregnated and coated with natural petroleum based compounds and inert fillers. It is chemically inert, does not polymerize or oxidize, and retains water resistance and dielectric properties over an indefinite period. Three different tapes are available depending on the service temperatures (130 °F [54 °C], 150 °F [66 °C], and 165 °F [74 °C] respectively). Carbowrap Tape is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carbowrap Tape is a non-woven bonded synthetic fabric, fully impregnated and coated with natural petroleum based compounds and inert fillers. It is chemically inert, does not polymerize or oxidize, and retains water resistance and dielectric properties over an indefinite period. Three different tapes are available depending on the service temperatures (130 °F [54 °C], 150 °F [66 °C], and 165 °F [74 °C] respectively). Carbowrap Tape is part of the Carbowrap system developed for the protection of metal surfaces in severe environments and difficult to protect applications. The Carbowrap System is designed to be applied over hand or power wire brushed surfaces for above ground, buried, and underwater applications. The typical system involves priming the surface with a paste (Carbowarp Paste), profiling around irregular shapes with a mastic compound (Carbowrap Mastic), and wrapping with a petroleum tape (Carbowrap Tape A, B, C or Marine Tape). An optional overwrap tape (Carbowrap Overwrap) is used for additional mechanical or electrical resistance.
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Carboxane 2000 is an isocyanate free, ultra-durable coating that provides outstanding color and gloss retention as well as excellent corrosion protection for exterior exposures. When used over a suitable primer (as a two coat system) Carboxane 2000 provides the barrier, corrosion resistance properties, and weatherability normally achieved with a three-coat system (primer, epoxy intermediate with an acrylic-polyurethane finish) for most environments. This significantly speeds up the painting process, saves labor, and saves money without sacrificing performance. This tightly cross-linked film utilizes a UV-resistant siloxane binder resulting in a finish with excellent corrosion protection and weathering performance that far exceeds aliphatic polyurethanes.
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Carboxane 2000 Satin is a premium, ultra-durable coating that provides outstanding color and gloss retention as well as excellent corrosion protection for exterior exposures. When used over a suitable primer (as a two coat system) Carboxane 2000 Satin provides the barrier, corrosion resistance properties, and weatherability normally achieved with a three-coat system (primer, epoxy intermediate with an acrylic-polyurethane finish) for most environments. This significantly speeds up the painting process, saves labor, and saves money without sacrificing performance.
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Carboxane 2000 Topcoat is an advanced isocyanate free topcoat with outstanding gloss and color retention for exterior exposures. Provides a high gloss surface and can be used where polyurethane coatings is not desired.
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Carboxane 2100 BR is an isocyanate free, ultra-durable, fast-cure corrosion resistant coating that exhibits pronounced growth inhibiting activity against a broad spectrum of bacteria and fungi such as baudoinia (black fungal growth often found in the presence of ethanol and alcohol vapors). This coating provides outstanding color and gloss retention for exterior exposures that exceeds many acrylic aliphatic polyurethanes. It provides good corrosion protection and can be applied direct to metal (DTM) in exposures designated "urban to light industrial" (C1-C4 according to ISO 12944). For improved corrosion protection it can be applied over approved primers. This product meets the most stringent VOC regulations for field applied coatings with less than 100 g/l volatile organic content.
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Carboxane 2100 FC is an isocyanate free, ultra-durable, fast-cure corrosion resistant coating that provides outstanding color and gloss retention for exterior exposures that exceeds many acrylic aliphatic polyurethanes. It combines the chemical resistant properties of epoxies with the weathering characteristics of acrylic-polyurethanes. This tightly cross-linked film results in a finish with outstanding barrier properties. It provides good corrosion protection and can be applied direct to metal (DTM) in exposures designated "urban to light industrial" (C1 - C4 according to ISO 12944). For improved corrosion protection it can be applied over approved primers. It is most often used as the finish coat of a 2 coat system utilizing a zinc-rich primer for maximum corrosion resistance and longevity. These 1 - 2 coat systems can eliminate the need for typical primers and/or intermediate coats to significantly speed up the painting process. This product meets the most stringent VOC regulations for field applied coatings of less than 100 g/l volatile organic content.
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Carboxane 2200 R is an isocyanate free, ultra-durable coating that provides outstanding color and gloss retention as well as excellent corrosion protection for exterior exposures. It is supplied in a spray- ready form to eliminate or minimize the need for thinning during application. When used over a suitable primer (as a two coat system) Carboxane 2200 R provides the barrier, corrosion resistance properties, and weatherability normally achieved with a three-coat system (primer, epoxy intermediate with an acrylic-polyurethane finish) for most environments. This significantly speeds up the painting process, saves labor, and saves money without sacrificing performance. This tightly cross-linked film utilizes a UV-resistant siloxane binder resulting in a finish with excellent corrosion protection and weathering performance that far exceeds aliphatic polyurethanes.
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Premium, ultra-durable ambient cured clear coat finish meeting AAMA 605.2 performance requirements. This high gloss coating provides unparalleled color and gloss retention and exterior weathering characteristics. It offers a level of durability for field application previously not available in the construction industry. Also can be applied directly to aged PVDF finishes.
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This coating is a premium, ultra-durable, ambient-cured, clear satin finish. It is a VOC-compliant coating that provides unparalleled weathering resistance. It is primarily used over metallic base coats to maintain appearance during its service life. This product offers a level of durability for field application previously not available in the construction industry.
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This coating is part of a premium, ultra-weatherable, ambient-cured, metallic finish system. It is a VOC-compliant coating that provides unparalleled weathering resistance and long lasting appearance. A clear finish coat is normally used in combination with this product to maintain metallic appearance over its service life. This product offers a level of durability for field application previously not available in the construction industry. It can also be applied directly to aged PVDF finishes.
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Premium, ultra-durable ambient cured finish meeting AAMA 605.2 performance requirements. 950 is a VOC-compliant coating that provides unparalleled color and gloss retention and exterior weathering characteristics. Available in gloss and satin finishes as well as metallic finishes with clear coats, 950 offers a level of durability for field application previously not available in the construction industry. Also can be applied directly to aged PVDF finishes.
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Premium, ultra-durable ambient cured finish meeting AAMA 2604 performance requirements. 950 VOC is a VOC-compliant coating that provides unparalleled color and gloss retention and exterior weathering characteristics. Available in gloss and satin finishes as well as metallic finishes with clear coats, 950 VOC offers a level of durability for field application previously not available in the construction industry. Also can be applied directly to aged PVDF finishes.
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Time-tested corrosion resistant coating that provides excellent galvanic corrosion protection to steel in some of the harshest environments. For over five decades, Carbozinc 11 has been the industry standard for high-performance inorganic zinc protection on steel structures worldwide.
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Time-tested corrosion resistant technology that protects steel galvanically in the harshest environments. For over five decades, Carbozinc 11 Series primers have been the industry standard for high-performance inorganic zinc protection on steel structures worldwide. Carbozinc 11 FC is a faster-cure formulation that allows fast topcoating times making it ideal for quick turn around projects.
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A low VOC member of the Carbozinc family with extraordinary corrosion resistance properties. Carbozinc 11 HS combines unparalleled performance characteristics with an ultra-low VOC formulation that meets some of the most stringent VOC restrictions.
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Ultra-low VOC member of the Carbozinc family with extraordinary performance characteristics. Carbozinc 11 HSN combines unparalleled performance properties with a 2.4 lbs/gallon (unthinned) and 2.7 lbs/gallon (thinned) formulation that meets even the most stringent VOC restrictions. This primer is nuclear-qualified and suitable for use as a primer for steel substrates in Level 1 containment exposures under specific design criteria. Determine applicability prior to use.
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An inorganic zinc rich primer that protects steel galvanically, eliminating sub-film corrosion.
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Time -tested corrosion resistant coating that provides excellent galvanic corrosion protection to steel in some of the harshest environments. For over five decades, Carbozinc 11 has been the industry standard for high-performance inorganic zinc protection on steel structures worldwide. Carbozinc 11 VOC is simply a lower VOC version of the original Carbozinc 11 with VOC of 389 g/l as supplied.
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Carbozinc 11 WB is a water-based inorganic zinc rich primer that protects steel galvanically, eliminating subfilm corrosion. It meets VOC regulations while providing the proven performance of silicate zinc rich technology. It may be used as a primer under many different types of topcoats.
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Carbozinc 18 WB is a fast drying, high zinc content, coating for steel substrates. It has outstanding performance in demanding corrosive environments. It self heals to continue protection when damaged. It provides cathodic sacrificial protection and thus prevents corrosion of the underlying steel, like galvanizing. It contains 90% zinc dust by weight in the dried film. This waterborne product has no VOC or flash point. Use in industrial, marine, and process environments.
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Low VOC, zinc-rich epoxy primer for steel substrates that provides excellent corrosion resistance. Carbozinc 585 has very low VOC values, is low odor and easy to apply. It can be used in virtually all industrial markets.
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This two-component, high build zinc-rich primer exhibits outstanding moisture tolerance during application, tolerance to marginal surface preparation, low temperature cure capability, and very fast cure time to speed up the painting process. It contains an inert flake reinforcement (micaceous iron oxide, MIO) to further enhance the coating's strength and performance. This coating is ideal for industrial and marine environments to provide galvanic corrosion protection for steel. It provides a Class B slip coefficient and an be applied as part of a two coat system instead of a typical three coat system of zinc primer, intermediate coat of epoxy, and finish coat of epoxy, polyurethane, etc. The labor, cure time, and materials required for the intermediate coat can be saved while providing similar or better dry film thickness and corrosion protection. Its fast cure properties makes it ideal for shop and field applications where quick throughput and turnaround times are desired.
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A two component moisture cured organic zinc-rich primer for protection of steel in salt and weathering environments. Excellent maintenance or general use zinc primer over commercially blasted steel. Certified for potable water immersion using a near white metal blast. Use as a shop primer where quick recoat and cure times are required. Carbozinc 621 PW is user friendly for field touch-up of inorganic zinc primers.
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A corrosion resistant, zinc containing primer with special reinforcing fillers. Carbozinc 808 is an excellent corrosion resistant, low VOC, fast cure to- topcoat primer with quick turnaround features for shop or field use. It can be used in moderate to corrosive applications for architectural, marine, and industrial markets.
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Carbozinc 85 is a two component, polyamide, organic zinc filled coating designed to provide cathodic protection to steel in environments exposed to marine and industrial environments with severe weather and chemical fumes. Provides superior corrosion protection from undercutting. Excellent for use on structural steel, petrochemical applications, pulp and paper mills, bridges, piping, tanks, sewage treatment plants, electrical generating plants, and marine applications. Carbozinc 85 is QPL Approved under MIL-DTL-24441D for MIL-DTL-24441/19C, F-159 Type III; when manufactured at the registered location.
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A high-solids, zinc-filled epoxy primer for corrosion protection of structural steel in highly corrosive environments including offshore, marine and industrial. This low VOC, HAPs compliant primer has quick cure-to-topcoat characteristics for in-shop applications and quick turnaround capabilities for the field. It has excellent adhesion and undercutting resistance and is outstanding for use as a corrosion resistant primer for a variety of applications.
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Low VOC organic zinc epoxy steel primer with quick cure-to-topcoat characteristics for in-shop applications and quick turnaround requirements in the field. Carbozinc 858 DOT has very good adhesion and undercutting resistance and is excellent for use as a corrosion resistant primer for a variety of applications.
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Low VOC organic zinc epoxy steel primer with extremely fast cure-to-topcoat characteristics for in-shop applications and quick turnaround requirements in the field. Carbozinc 859 has less than 3 lbs/gallon (359.5 g/l) VOC (thinned) and is used extensively in virtually all industrial markets.
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Description:
Ultra-low VOC organic zinc epoxy steel primer with extremely fast cure-to-topcoat characteristics for in-shop applications and quick turnaround requirements in the field. Carbozinc 859 VOC has less than 100 g/l VOC (thinned) and can be used in virtually all industrial markets.
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A high solids, organic zinc primer with high zinc loading for the protection of steel substrates in salt or weathering environments. Used as a maintenance or general use primer over commercially blasted steel. Used for structural steel and equipment in pulp and paper, petrochemical, chemical processing and other severe environments with appropriate topcoat.
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A two-component, high solids, zinc rich epoxy primer formulated for the protection of properly prepared steel substrates. This product can be applied by conventional or airless spray. Recommended for Original Equipment Manufacturers where a high performance, highly corrosion resistant zinc primer is desired. Typical applications include marine, offshore drilling equipment, truck trailer chassis, underbodies and related equipment, industrial and off-road machinery, electrical transformers, industrial tanks, vessels, pumps and processing equipment.
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Carbozinc 8703 may be used as a pre-construction primer, holding primer, or as a weldable steel primer for immersion service applications requiring ANSI/NSF 61 approval.
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Caulk 100XT is a highly flexible, two-component, 100% solids joint sealant with superior chemical resistance. It will withstand repeated expansion and contraction and remain resilient through daily and seasonal cyclic changes in temperature. Caulk 100XT is to be used as a specialty joint sealant designed for environments where resistance to spills of concentrated acids and most solvents is required.
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Description:
Caulk 149 is a highly flexible, two-component, 100% solids, chemically resistant sealant. It will withstand repeated expansion and contraction and remain resilient through daily and seasonal cyclic changes in temperature. Caulk 149 is to be used as a general purpose expansion joint sealant designed for splash and spill and secondary containment of moderate strength acids, alkalis and some solvents typically found in industrial chemical processing.
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A UV resistant, 100% solids, two component, heavy duty, semi-rigid polyurea joint sealant designed for filling and protecting control joints and saw cut construction joints in industrial and commercial floors. Developed to fill typical construction joints in order to protect joint edges from spalling and to seal open joints. Using Carboseal Flex Joint will create a longer lasting floor and reduce the areas where bacteria can hide and grow. It has the unique benefit of being able to be shaved within minutes or up to 24 hours later.
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Caulk PSC is a two-component, 100% solids, chemically resistant sealant. It will withstand repeated expansion and contraction and remain resilient through daily and seasonal cyclic changes in temperature. Caulk PSC is to be used as a general purpose expansion joint sealant designed for splash and spill and secondary containment of moderate strength acids, alkalis and some solvents typically found in industrial chemical processing.
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A multi-season antifouling that combines controlled polishing ablative technology with a high copper content to provide a paint film strong enough to handle the tough marine environment from coast to coast. It provides long term protection and fuel efficiency in harsh marine environments.
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A single component, water-based coating which is designed to remove thick-film elastomers from steel substrates.
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Carbozinc (water based) Neutralizing Solution is an organic and biodegradable product designed specifically for use with Carbozinc and Carboweld water-based, inorganic primers, including: Carbozinc 11 WB Carbozinc 18 WB Carboweld 9 WB Carboweld 11 WB Carboweld 14 WB It is an environmentally safe product that will clean, neutralize (lower the surface pH), and degrease the waterbased Carbozinc/weld primers for topcoating. This product does not contain any bleach, chlorinated solvents, phosphates, muriatic or ozone depleting ingredients.
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A single component, fast dry primer with good corrosion protection. Waterborne formulation provides low VOC, low odor, and cleans up with water to eliminate solvents. Provides good flexibility and can be applied over a wide variety of substrates.
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A single component, fast dry direct to metal (DTM) finish with good corrosion protection. Waterborne formulation provides low VOC, low odor, and cleans up with water to eliminate solvents. Provides good flexibility and weatherability. Can be applied over a wide variety of substrates. Can be applied over Driquik 20 primer for even better corrosion protection.
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One component, low VOC, high gloss alkyd stencil coating that is applied by brush or roller to a previously top coated surface
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One component, fast dry alkyd, anticorrosion and chemical resistant coating
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One component, water based, low VOC, low gloss, Direct to Metal (DTM) acrylic latex coating that provides an excellent moisture barrier.
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A decorative thin film intumescent coating designed for the fire protection of interior steel columns for up to a 3 hour fire rating, depending on the design.
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A high-quality, 100% acrylic-copolymer elastomeric wall coating with excellent durability and superior flexibility which allows for expansion in concrete or masonry surfaces and bridges small cracks. Used as a high build exterior/interior finish for industrial or commercial use on concrete and many other substrates.
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FP-Fiberglass Mesh is a high strength fiberglass reinforcing mesh designed for use with Thermo-Lag® intumescent fireproofing products.
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Water-based acrylic primer used to promote adhesion over galvanized and other nonferrous metal substrates. Unique formula has very low VOC and can be top coated with two-component solvented epoxies and polyurethanes.
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An optional pigmented gel coat that can be applied to the cured Protecto-Flake 800 lining to provide a very smooth surface sometimes required to prevent the vessel contents from adhering. It also provides an added measure of protection from product contamination.
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An optional pigmented gel coat that can be applied to the cured Protecto-Flake 900 lining to provide a very smooth surface sometimes required to prevent the vessel contents from adhering. It also provides an added measure of protection from product contamination.
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Glass flake additive is used as a special reinforcing filler for any number of coatings to impart special or improved properties. The addition of glass flake can improve film toughness, improve flexibility, strengthen internal film properties, provide non-skid characteristics, and improve impact and cutting resistance.
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High Temp Mesh is an open leno weave, 99+% carbon content, high temperature mesh used as a reinforcing media with Thermo-Lag®, Pyroclad® and Thermo-Sorb® intumescent fireproofing products. The mesh is supplied with a coated finish to enhance handling.
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Non-metallic; non-silica based non-skid filler
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High performance immersion grade epoxy specifically designed for water storage and treatment. High solids formulation provides superior edge retention and corrosion resistance. Meets the requirements of various AWWA standards making it ideal for use on numerous treatment, storage, and conveyance assets.
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High solids epoxy used as a lining and exterior coating for potable water and wastewater assets. The advanced formula provides ultimate corrosion protection in a high solids coating that has tremendous ease of application properties. Product is self-priming and is frequently applied to steel, concrete, and ductile iron substrates.
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This product is a proprietary high performance epoxy coating designed as an internal tank, valve, fitting, and pipe lining for the water and wastewater markets. It has a unique blend of resins and curing agents that allow batch mixing, eliminating the need for plural component spray equipment. This blush-resistant lining is typically applied at film thicknesses of 20 mils (500 microns) or thicker and can cure at temperatures down to 35°F (2°C). It is resistant to potable water, raw water, industrial process water, wastewater, and sewage. This product is ideal for water storage, municipal wastewater, and water treatment facilities.
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Designed as a premium-grade, ultra-durable epoxy lining, Hydroplate 6500 is ideally suited for use on both concrete and steel surfaces in aggressive, hydrogen sulfide rich municipal and industrial wastewater environments. This reinforced, high-build epoxy offers swift return-to-service times and the convenience of single leg application. Hydroplate 6500 ensures exceptional longevity with its remarkably low permeability and outstanding chemical resistance, guaranteeing long-term durability and performance.
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Micaceous iron oxide filler is used as a special reinforcing filler for any number of coatings to impart special or improved properties. The addition of micaceous iron oxide can improve film toughness, improve flexibility, strengthen internal film properties, impart better permeation resistance properties due to its flake-like structure, and improve impact and cutting resistance.
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A solvent-free epoxy designed and uniquely formulated for use as a coating for aluminum casting quench pit environments. It has been tested by the Aluminum Association and found suitable for this use. In many cases it can be used as a one-coat system direct to steel or concrete. Has excellent wetting and flow properties and can be spray, brush or roller applied. It has a workable pot life (90 minutes at 75°F) and while plural spray equipment may be used, it is not required.
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Non-metallic; non-silica based non-skid filler
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Glass flake-filled coating with dense cross-linking that exhibits excellent overall chemical resistance to a variety of aggressive chemicals. Glass reinforcement provides added abrasion resistance, permeation resistance and internal reinforcement. 1205 exhibits very good acid resistance. Excellent for use as a lining for tanks or pipes in process facilities where hot water or abrasive conditions exist.
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Description:
High solids epoxy lining with exceptional chemical resistance. Primarily as a tank lining, it is recommended for storage of crude oil (180°F/82°C), demineralized water (150°F/65°C), tap water (200°F/93°C) food and beverage industries, and water and wastewater exposures. Is excellent as a protective coating under insulation, operating at (400°F/204°C). Outstanding resistance to wet/dry cycling conditions at these elevated temperatures.
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Single-coat, airless-applied, ultra-high build coating for use on steel and concrete substrates subject to aggressive chemical fume and spill exposure. Phenoline 309 provides exceptional resistance to thermal shock and abrasion, and has found wide acceptance in a broad variety of heavy industrial applications.
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Single-coat, plural-component applied, ultra-high build coating for use on steel and concrete substrates where rapid cure characteristics are required. Phenoline 310 is applied by plural component spray equipment and offers the same high performance properties of Phenoline 309, yet in a quick-curing formulation.
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A tank lining holding primer that has a variety of attributes including low-temperature cure, fast recoat times, moisture tolerance during application and cure, and excellent blast-hold protection. Phenoline 311 Primer is often used with thick film lining systems as a holding primer (maintain blast cleaning) and is suitable for both new tanks and relines. It exhibits excellent surface wetting characteristics and quick cure for handling. It contains high levels of inert flake reinforcement. Excellent for use as a bonding primer for linings when damp concrete or masonry substrates are encountered.
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Phenoline 333 is a low bake, high solids, modified epoxy formulated for use as a protective lining with excellent resistance to molten sulfur. Excellent chemical and thermal shock resistance.
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Phenoline 353 is a highly cross-linked epoxy lining with extraordinary overall chemical resistance and versatility. It has a unique blend of resins that make it highly resistant to a variety of aggressive cargos like gasoline, gasoline blends, biodiesel, fuel oils, and others. It can be used is both acidic and high temperature caustic exposures. Markets served are terminals, refineries, petrochemical, wastewater, railcar linings, and many others.
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Phenoline 353 LT is a highly cross-linked epoxy lining with extraordinary overall chemical resistance and versatility. It has a unique blend of resins that make it highly resistant to a variety of aggressive cargos like gasoline, gasoline blends, biodiesel, fuel oils, and others. It can be used in both acidic and high temperature caustic exposures. Markets served are terminals, refineries, petrochemical, wastewater, railcar linings, subsea oil and gas equipment, and many others. This low temperature cure formulation allows application and curing down to 35°F (2°C).
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Single-coat, airless-applied, ultra-high build coating for use on steel and concrete substrates subject to aggressive chemical exposure. Phenoline 379 has the same application and physical properties of Phenoline 309 but provides enhanced chemical protection for a broader and more concentrated range of acids.
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High performance, high solids, epoxy lining that is recommended for a variety of petroleum storage products including 180°F (82°C) crude oil, demineralized water 150°F (65°C), crude/water mixtures, fuel oil, jet fuel, biodiesel, and gasoline. It is also a good choice for wastewater and water exposures. Product is self-priming and is normally applied in two coats. It is also suitable for food-grade (aqueous) cargos and meets the FDA requirements for 21CFR 175.300 for direct food contact.
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This high performance epoxy coating is specifically designed to protect steel submerged in seawater, such as sheet piling and buried piles. Made up of a unique blend of resins and curing agents, Phenoline Pileguard facilitates single leg application, eliminating the need for plural component spray equipment. The product is blush resistant and is typically applied at a film thickness of 20 mils or thicker as needed.
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This product is a solvent-free, high performance epoxy coating designed as an internal tank, valve and pipe lining for chemical or other commodity storage. It is a unique blend of resins and curing agents that allow batch mixing for ease of application. Plural component spray equipment is not required. The product is blush resistant and is typically applied at film thicknesses of 20 mils (500 microns) or thicker as needed (tank floors). It can handle exposures typically seen in the oil and gas industries; crude oils and fuels. It is resistant to NGL condensates, produced water, brines, industrial process water, waste water, and sewage. Ideal for municipal wastewater and water treatment facilities.
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This product is high performance epoxy coating specifically designed as a pit filling primer with ideal flow properties allowing it to wet-out and fill moderate to severe pitting on steel tank bottoms. It's unique formula allows simple batch mixing for ease of application. With an appropriate lining, it can handle exposures typically seen in the oil and gas industries. It is resistant to crude oil, NGL condensates, produced water, brines, and industrial process water.
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Description:
This product is a solvent free, low temperature cure, high performance epoxy lining designed to handle common cargoes in the oil and gas industry including crude oil, gasoline, jet fuels, and diesel. It is resistant to NGL condensates, produced water, brines, industrial process water, waste water, and sewage. Ideal for Municipal wastewater and water treatment facilities. It can handle deionized water up to 180°F (82°C) and is applied at film thicknesses of 20-80 mils (500-1500 microns) in a non-blushing, single coat application. Tank Shield Plus has good elongation and proprietary reinforcement which enables it to bridge perforations which may occur from bottom side corrosion. Tank Shield Plus remains water tight over a hole in 2 atmospheres of head pressure.
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A one-package system (no curing agent required) seal coat for application to inorganic zinc primers to prevent a too rapid deterioration of free zinc from the coating surface. Ideal for tank linings where clear solvents are stored where zinc pick-up can be detrimental to storage.
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Cross-linked epoxy-phenolic cured with an alkaline curing agent, formulated with a wide range of chemical resistance and ease of handling. Plasite 2310 is a two-coat system whereby the final coat is heated to 180°F (82°C) to complete the final cure.
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Straight baking phenolic formulated as a high-build chemical resistant coating.
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A bake coating using an unmodified phenolic resin with superior resistance to acids and solvents. Conforms to many of the current VOC regulations.
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A bake coating using a phenolic resin (baked, unmodified) with superior resistance to sulfuric acid and solvents. Conforms to most VOC regulations. Tank lining for solvent, concentrated sulfuric acid, hot water, food products and as a protective coating for machinery parts, filter press plates, fans, etc. PLASITE 3070 L meets the FDA requirements for 21 CFR, 175.300.
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Description:
A baked on coating using a phenolic resin (baked, unmodified) with superior resistance to sulfuric acid and solvents. Conforms to most VOC regulations. A lining for tanks containing solvent, concentrated sulfuric acid, hot water, and as a protective coating for machinery parts, filter press plates, fans, etc.
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A high solids phenolic lining offering superior resistance to acids, chemicals, solvents and salts. Conforms to FDA Title 21 CFR 175.300.
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PLASITE 4007 is a high chemical resistant coating. May be used as a light colored topcoat for 4300 or as a multi-coat coating system with or without the option of incorporating fiberglass cloth reinforcement.
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Plasite 4100 is a high performance lining-grade coating reinforced with inert flake pigments combined with a special curing system to provide outstanding chemical resistance and physical properties. It has exceptional resistance to inorganic and organic acids, oxidizing agents and salts. It can handle dry heat up to 380 °F (193 °C) and will resist condensing acid vapors (sulfuric) typically found in FGD (flue gas desulfurization) systems.
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Description:
Vinyl ester resin combined with special curing system and inert flake pigment to provide outstanding chemical and physical properties. Specially formulated for excellent abrasion resistance. PLASITE 4110 meets the FDA requirements for 21 CFR, 175.300 and 177.2420 and is suitable for potable water service per NSF Std. 61. Uses: As a high chemical abrasion-resistant thick film for tank lining service and as a maintenance coating for severe exposure.
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Plasite 4300 is a vinyl ester resin combined with special curing system and inert flake pigment to provide outstanding chemical and physical properties. Intended for use as a high chemical-resistant thick film for tank lining service and as a maintenance coating for severe exposure.
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This high performance glass-flake filled coating was designed for application over steel or concrete in extreme chemical exposures. It is resistant to a wide variety of aggressive chemicals, including organic and inorganic acids, most alkalies, and many solvents. It is ideally suited for immersion service as internal steel tank linings, as well as for aggressive chemical splash, spill, and fume exposures on structural steel. Typical uses include steel tank and vat linings, secondary containment, structural steel, process floors, grating, sumps and trenches, scrubbers, and clarifiers.
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Plasite 4310 is a vinyl ester resin combined with special curing system and inert flake pigment to provide outstanding chemical and physical properties. Plastic 4310 is specially formulated for excellent abrasion resistance while retaining temperature, chemical and other physical properties of Plasite 4300.
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PLASITE 4500 is a solvent free, flake-reinforced, high performance epoxy coating designed as an internal tank lining for chemical or other commodity storage. It is resistant to a broad range of chemicals such as fuels, salts, alkalis, many acids and some solvents. Excellent versatility allows for potable water and water treatment immersion service.
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Description:
PLASITE 4500 FS is a solvent-free, edge retentive and high performance epoxy coating designed as an internal tank lining for chemical or other commodity storage. It is a two-component system applied by plural component spray equipment, at film thicknesses of 20-60 mils (500-1500 microns) in a monolithic application. It is particularly suited for petroleum-based cargoes including crude oil; fuel oils and gasoline storage. It has extremely fast cure times for turnaround projects that require placing back in service quickly and will cure down to 20F(-7C). The product has a unique ability to be applied as a prime coat and immediately back-rolled after spraying. This is recommended to treat pitted steel, weld areas, and the like. A second coat can be applied right after the prime coat using the same product for a “two-coat” yet monolithic application.
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Description:
Plasite 4500 S is a 100% solids, flake-filled, premium epoxy coating designed for internal steel and concrete tanks and pipe lining. Suitable for sheet piling, H and pipe pilings in marine immersion and splash zones.
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Description:
This product is a solvent-free, edge retentive, blush-resistant high performance epoxy coating designed as an internal tank lining for chemical or other commodity storage. It is a two-component system applied by plural component spray equipment, at film thicknesses of 20-50 mils (500-1250 microns) in a monolithic application. It is particularly suited for petroleum-based cargoes including crude oil; fuel oils, gasoline and gasoline blends, jet fuel and diesel. It has excellent hot water resistance (deionized water up to 180°F/82°C). It has extremely fast cure times for turnaround projects that require placing back in service quickly. The product has a unique ability to be applied as a prime coat and immediately back-rolled after spraying. This is recommended to treat pitted steel, weld areas, and the like. A second coat can be applied right after the prime coat using the same product for a “two-coat” yet monolithic application.
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PLASITE 4550 is a 100% solids, reinforced, premium novolac epoxy coating for internal tank lining. It is resistant to a broad range of chemicals such as fuels, salts, alkalis, strong inorganic acids, some solvents, sour crude oil and 98% sulfuric acid.
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A high solids, premium novolac epoxy flow primer specifically designed for use under Plasite 4550 HT when lining pitted floors. It is resistant to a broad range of chemicals such as fuels, salts, alkalis, strong inorganic acids, some solvents, and sour crude oil.
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PLASITE 4550 HT is a high solids, reinforced, premium novolac epoxy coating for internal tank lining. It is resistant to a broad range of chemicals such as fuels, salts, alkalis, strong inorganic acids, some solvents, and sour crude oil.
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PLASITE 4550 S is a 100% solids, flake filled, premium novolac epoxy coating designed for internal steel and concrete substrates. It is a two component system consisting of four-parts by volume of Part A resin and one part by volume of Part B hardener. It is applied by plural component or single component spray equipment, from a total thickness of 20-60 mils (500-1500 microns) in a single coat application for a variety of applications. This product has been tested and is approved for crude oil storage and transportation up to 350°F (177°C). It has superior thermal shock resistance over the range -40° to 350°F (-40 to 177°C). Typical Uses: Crude oil tankers, chemical storage tanks, wastewater clarifiers, plating vats, oil storage tanks, catwalks, pulp and paper liquor tanks or concrete exposures in wastewater applications.
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Description:
Plasite 4555 S is a 100% solids, flake-filled, premium novolac epoxy coating designed for internal steel and concrete tanks and pipe lining. It is a two component system consisting of 4-parts by volume of Part A resin and one part by volume of Part B hardener. It is applied by plural component or single component spray equipment, in a one-coat application (25-30 mils) for internal lining applications.
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Plasite 5302 is an epoxy monolithic liner formulated for chemical and abrasion resistance in continuous immersion service.
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Formulated for optimum chemical resistance to the chemical exposures found in the immersion and highly corrosive environments of municipal wastewater treatment.
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This lining-grade epoxy has wide chemical resistance and is suitable for use as a chemically resistant coating for aggressive atmospheric exposures or as a lining for a variety of chemical exposures. It is suitable for use in food-grade service where product purity (taste and odor) are critical. It has excellent abrasion and thermal shock resistance.
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Description:
This lining-grade epoxy has wide chemical resistance and is suitable for use as a chemically resistant coating for aggressive atmospheric exposures or as a lining for a variety of chemical exposures. It is suitable for use in food-grade service where product purity (taste and odor) are critical. It has excellent abrasion and thermal shock resistance. It has superior release properties to reduce or avoid issues with product cargoes such as sticking, hang-ups or bridging.
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A cross linked epoxy-phenolic cured with a polyamine curing agent. Formulated with particular attention to wide chemical resistance and ease of handling. Plasite 7122 VAR, is an abrasion resistant tank lining and industrial maintenance coating.
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A cross linked epoxy-phenolic cured with a polyamine curing agent. Formulated with particular attention to wide chemical resistance and ease of handling. Plasite 7122 VOC is used as a tank lining and for industrial maintenance.
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A cross linked epoxy-phenolic cured with a polyamine curing agent. Formulated with particular attention to wide chemical resistance and ease of handling. Plasite 7122 VTF, is a PTFE filled tank lining for use where the surface requires release properties to reduce product sticking and bridging.
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A combination of epoxy and polyamide resins with selected pigments designed specifically as a high chemical resistant, non-toxic, odorless coating.
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A water-resistant, phenolic epoxy coating polymerized with a polyamine type curing agent. A high performance lining for elevated temperature and pressure immersion services in high purity water, as well as the oil/water separating processes encountered in the petroleum industry.
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Description:
A water-resistant, phenolic epoxy coating polymerized with a polyamine type curing agent. A high performance lining for elevated temperature and pressure immersion services in high purity water, as well as the oil/water separating processes encountered in the petroleum industry. This HAR version of Plasite 7159 is extremely abrasion resistant.
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Description:
An epoxy primer cured with a polyamine curing agent and formulated with special pigmentation to produce a cured film having electrical conductivity. A conductive primer for application to nonconductive substrates prior to topcoating with one of the Plasite conductive coatings or conductive floor surfacers.
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PLASITE 729 is a two-component high build coating based on epoxy resins and a polyamide curing agent. Formulated to provide the end user with a coating that has excellent adhesion and superior flexibility while conforming to current VOC regulations. Plasite 729 is designed as an internal lining for hoppers, silos or covered hopper cars storing or transporting bulk chemicals and dry food products.
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PLASITE 729TFE is a two-component high build coating based on epoxy resins and a polyamide curing agent. Formulated to provide the end user with a coating that has excellent adhesion and superior flexibility while conforming to current VOC regulations. PLASITE 729TFE is specially formulated with fluorocarbon pigmentation to provide excellent release and mass flow properties while maintaining temperature and chemical resistance properties of PLASITE 729. PLASITE 729TFE meets FDA requirements for 21 CFR, 175.300. Plasite 729TFE is designed as an internal lining for hoppers, silos or covered hopper cars storing or transporting bulk chemicals and dry food products. FOR INDUSTRAIL USE ONLY.
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A low VOC water-resistant epoxy coating polymerized with a polyamine curing agent. Primarily as a tank lining for water, including deionized or distilled water at elevated temperatures, as well as use with brines, petroleum processes and products.
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Description:
A low VOC water-resistant epoxy coating polymerized with a polyamine-type curing agent. Primarily as a tank lining for water, including deionized or distilled water at elevated temperatures. Special pigmentation provides additional film undercutting protection in high temperature brine solutions. Complies with the requirements of the United States Food and Drug Administration 21 CFR 175.300 for direct food contact use.
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A high solids modified epoxy cured with an amine adduct curing agent. Designed specifically as a highly chemical-resistant, non-toxic, tank lining.
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Designed specifically as a tank lining coating where high abrasion and chemical resistance is required.
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A high solids modified epoxy novolac cured with a polyamine curing agent. Designed specifically as a highly chemical-resistant coating for concentrated sulfuric acid immersion service.
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High solids epoxy cured with a polyamine-type curing agent formulated for a wide range of chemical resistance and ease of handling.
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A high solids epoxy cured with an amine curing agent. Formulated with particular attention to latex resin resistance with the Plasite 9145 TFE version available to provide superior release properties.
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A high solids epoxy cured with an amine curing agent. Formulated with particular attention to latex resin resistance with special modification to provide superior release properties. Plasite 9145 TFE is used as a second coat over Plasite 9145 when additional release properties are desired or required.
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Plasite 9200 HAR is a high solids, self-priming epoxy, cured with an amine curing agent and formulated with special pigmentation to produce an abrasion resistant film with a degree of electrical conductivity.
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A high temperature bake, high solids, modified epoxy cured with an amine curing agent.
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Plasite 9570 is a highly resistant film for chemical tank lining service. Specifically formulated for excellent abrasion resistance while retaining temperature, chemical and other physical properties to provide greater release properties to aid in the prevention of product hang-up or bridging problems.
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A low temperature bake, high solids, epoxy phenolic cured with an amine curing agent.
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This lining is a highly resistant film for chemical tank lining service. It has excellent resistance to many caustic solutions up to 200°F (93°C), combined with chemical resistance to a wide range of acids, solvents and water solutions. Consult Carboline for specific cargo.
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PLASITE XAR 470 uses a ceramic filler matrix to offer extreme abrasion and cutting resistance. Fused by a proprietary epoxy novolac resin this thick film epoxy lining protects in highly corrosive and physically abusive environments.
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A single coat lining fortified with Supoxy®, an advanced resin technology, champions exceptional chemical and heat resistance. This intricately crosslinked lining establishes a resilient barrier tailored for demanding service conditions, including firetubes, heater-treaters, knockout drums, separators, and the containment of molten sulfur.
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Plaskleen-A is a cleaning solution used in conjunction with Plasite 3070, 3070 L and 3076. When the surface to be coated has previously been in sulfuric acid service, Plaskleen-A must be used.
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Polyclad 767 is a top-tier pipe coating engineered for superior performance in safeguarding both pipeline interiors and exterior pipes. Specifically formulated to excel in various applications, this cutting-edge coating is designed to provide exceptional protection for water transmission pipelines, wastewater treatment facilities (both municipal and industrial), and interior tank linings. Elevating its versatility, Polyclad 767 extends its protective prowess to include exterior pipe services, ensuring comprehensive coverage for both the interior and exterior surfaces.
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Description:
Polyclad 777 Fast Set is a high performance 100% solids structural polyurethane designed to provide superior corrosion protection for steel, ductile iron and concrete pipe. Tenacious adhesion and high impact resistance allow its use in the harshest environments. It forms a dense, long-term impermeable barrier that is ready for service moments after application through a snap-set cure mechanism. Typical uses include steel pipeline exteriors, steel valves & fittings, steel pilings, steel poles (above & below ground), buried tank exteriors, penstocks. No primer is required. Available in snap, fast, medium and slow set times.
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Description:
Polyclad 777 PL is a high performance 100% solids structural polyurethane designed to provide superior corrosion protection for steel, ductile iron and concrete pipe. Typical uses include pipeline exterior surfaces. Tenacious adhesion and high impact resistance allow its use in the harshest environments. It forms a dense, long-term impermeable barrier that is ready for service moments after application through a fast-set cure mechanism. No primer is required.
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Description:
Polyclad 777 PL Fast-Set is a high performance 100% solids structural polyurethane designed to provide superior corrosion protection for steel, ductile iron and concrete pipe. Typical uses include pipeline exterior surfaces. Tenacious adhesion and high impact resistance allow its use in the harshest environments. It forms a dense, long-term impermeable barrier that is ready for service moments after application through a fast-set cure mechanism. No primer is required.
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Description:
Polyclad 777 Slow Set is a high performance 100% solids structural polyurethane designed to provide superior corrosion protection for steel, ductile iron and concrete pipe. Tenacious adhesion and high impact resistance allow its use in the harshest environments. It forms a dense, long-term impermeable barrier that is ready for service moments after application through a snap-set cure mechanism. Typical uses include steel pipeline exteriors, steel valves & fittings, steel pilings, steel poles (above & below ground), buried tank exteriors, penstocks. No primer is required. Available in snap, fast, medium and slow set times.
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Polyclad 777 R is a high performance, 100% solids structural polyurethane designed to repair Polyclad 777 or 777 PL when it has been damaged. It can be used on steel pipe exteriors, coating girth welds on steel pipe and other repairs as recommended.
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A solvent-less, high gloss, smooth epoxy coating for the lining of gas transmission pipelines. It’s hard, smooth surface aids in the flow of gas by reducing turbulence while protecting the interior surfaces from corrosion. It has excellent flow and wetting characteristics ideal for this type of application and use. Tested in accordance with API RP 5L2 for gas transmission pipelines.
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Description:
Polyclad 975 is an advanced 100% solids, hybrid epoxy pipeline coating. Polyclad 975 has performance properties designed for corrosion protection of steel and ductile iron pipe exteriors, girth welds or tie-ins. It can be used for new pipe or rehabilitation of coated pipe. Polyclad 975 cures fast to allow quick QC and backfill times.Polyclad 975 is designed for spray application. Use Polyclad 975 H for hand applied applications.
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Description:
Polyclad 975 H is an advanced 100% solids, hybrid epoxy pipeline coating. It has performance properties designed for corrosion protection of steel and ductile iron pipe exteriors, girth welds or tie-ins. Polyclad 975 H cures fast to allow quick QC and backfill times. H in 975 H stands for hand applied version. Polyclad 975 is the spray version.
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Polyclad ARO H is a high performance pipe coating specially designed for the protection of FBE coated pipeline from gouge and mechanical damage during directional drilling or slip bore installations. Polyclad ARO H is a field applied version of Carboline's Polyclad ARO. It may be applied directly over existing pipe coatings as an abrasion resistant overlay (ARO). Polyclad ARO H is suitable for hand application making it ideal for field coating of girthwelds or repair areas. It can also be applied directly to the steel pipe surface when required. It provides superior protection in rocky, rough and mountainous environments by absorbing the destructive energy and minimizing coating damage.
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Liquid plasticizer to prevent isocyanate catalyzation in spray lines.
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A multi-functional semi-self leveling epoxy floor topping. Polymer Alloy 2000 uses a moisture-tolerant primer and a flexible semi-self-leveling epoxy topcoat to achieve a strongly bonded monolithic topping with moderate chemical resistance to splash and spillage, and good physical and mechanical properties.
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Description:
A 100% solids, multi-functional semi-self leveling epoxy floor topping. Polymer Alloy 2000C uses a moisture-tolerant conductive primer and a flexible conductive semi-self leveling topcoat to achieve a strongly bonded flooring system with moderate chemical resistance, good physical and mechanical properties and static discharge properties.
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Description:
Polymer Alloy 2000LE is a flexible, semi-self leveling, 100% solids epoxy floor topping with industry-leading low emissions testing. It is strongly bonded monolithic coating with moderate chemical resistance and good physical and mechanical properties. This product develops a cured strength 2-3 times that of the concrete base to which it is applied to provide exceptional durability and prolong the life of the substrate.
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Description:
A static dissipative, semi self-leveling novolac epoxy floor topping engineered to instill electrostatic control characteristics. This product uses a moisture-tolerant primer to achieve a strongly bonded monolithic topping with moderate chemical resistance to splash and spillage, and good physical and mechanical properties.
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A ceramic carbide epoxy putty designed to resistance against severe abrasion, impact and cavitation. It resists a wide variety of chemicals and reinforces wear-plates in material handling service.
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A three-component, epoxy mortar that is well suited for the construction of floors or structures requiring resistance to dilute acids, alkalis, and other corrosive chemicals. The material exhibits excellent bond strength to concrete and physical properties at least 3 times that of standard concrete. Suitable for use in areas exposed to heavy traffic and abuse.
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Description:
A three-component, epoxy mortar that is well suited for the construction of floors or structures requiring resistance to mild acids, alkalis, and other corrosive chemicals. The material exhibits excellent bond strength to concrete and physical properties at least 3 times that of standard concrete. Suitable for use in areas exposed to heavy traffic and abuse.
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Description:
A three-component, vinyl ester mortar that is well suited for the construction of floors or structures requiring resistance to mild acids, alkalis, and other corrosive chemicals. The material exhibits excellent bond strength to concrete and physical properties at least 3 times that of standard concrete. Suitable for use in areas exposed to heavy traffic and abuse.
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Description:
A three-component, novolac vinyl ester mortar that is well suited for the construction of floors or structures requiring resistance to strong acids, alkalis, solvents and other corrosive chemicals. The material exhibits excellent bond strength to concrete and physical properties at least 3 times that of standard concrete. Suitable for use in areas exposed to heavy traffic and abuse.
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Grout shall be epoxy based material supplied with an appropriate hardener and graded silica aggregate as manufactured by Dudick Inc. Installation shall be in accordance with the manufacturer's recommended practices.
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An emergency grade, multi-functional epoxy putty for applications where downtime is minimal. It resists a wide variety of chemicals and is engineered to repair corroded and worn metallic surfaces efficiently and economically.
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A machine grade epoxy putty for repairing damaged shafts, valves, and other mated metal surfaces. It resists a wide variety of chemicals and is engineered to repair corroded and worn metallic surfaces efficiently and economically.
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Description:
A rebuild grade, multi-functional epoxy putty for restoring eroded or cavitated areas of metal to its original contour. It resists a wide variety of chemicals and is engineered to repair corroded and worn metallic surfaces efficiently and economically.
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A surface grade, fluid applied epoxy coating used to provide both corrosion and erosion protection for degraded steel substrates. It resists a wide variety of chemicals and is engineered to repair corroded and worn metallic surfaces efficiently and economically.
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A surface grade, fluid applied epoxy coating used to provide both corrosion and abrasion resistance for degraded steel substrates. It resists a wide variety of chemicals and is engineered to repair corroded and worn metallic surfaces efficiently and economically.
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A primer designed to provide improved adhesion when installing high performance linings over properly prepared concrete and steel. It lowers the chances of outgassing when used over concrete and can be used as a holding primer for abrasive blasted steel.
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Primer 27C is a two-component conductive vinyl ester primer designed to be used over concrete whenever the coating or lining system must be spark tested for pinholes.
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A high solids epoxy primer for steel and concrete. It is used to increase adhesion and reduce the potential for outgassing on concrete substrates. It can also be used to prevent abrasive blasted steel from developing rust bloom prior to the application of a coating or lining system.
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A low VOC, deep penetrating epoxy primer for dense concrete. It is used to increase adhesion and reduce the potential for outgassing on concrete substrates. Can be used to densify the surface of concrete.
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Description:
A high solids conductive epoxy primer for concrete, used in place of traditional primers when the coating or lining system must be holiday tested. It is also used as part of conductive flooring systems, intended to dissipate stray electrical current by running excess current to ground. In both uses, it increases adhesion and reduces the potential for outgassing on concrete substrates.
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A high solids epoxy primer for concrete and steel that has previously been exposed to oils, grease, or fats. Specially designed to increase adhesion and reduce the potential for outgassing in high performance containment and linings systems
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Description:
A low VOC epoxy primer for concrete and steel. It is used to increase adhesion and reduce the potential for outgassing on concrete substrates. It can also be used to prevent abrasive blasted steel from developing rust bloom prior to the application of a coating or lining system.
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Description:
A high solids static dissipative epoxy primer for concrete. It is used as part of static dissipative flooring system, intended to dissipate stray electrical current by running excess current to ground. It increases adhesion and reduces the potential for outgassing on concrete substrates.
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Description:
Protecto-Coat 100XT is a 100% solids, flake-filled, high functionality, novolac epoxy coating. The novolac epoxy binder and overlapping flake fillers in Protecto-Coat 100XT provide the low permeability, high film integrity, and excellent chemical resistance required for prolonged substrate protection.
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Description:
A high-performance, 100% solids, low odor, environmentally safe novolac epoxy coating. Protecto-Coat 105XT uses a moisture-tolerant primer and two coats of graphite flake-filled novolac epoxy resin to protect concrete and metal substrates. The novolac epoxy binder and overlapping flake filler provide the low permeability, high film integrity, and excellent chemical resistance required for prolonged substrate protection.
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A 100% solids, reinforced, premium epoxy coating for use as an internal tank lining. This product utilizes a hybrid curing agent to form a highly functional, densely cross-linked monolithic film. It is resistant to extremely corrosive solvents.
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A 100% solids, flake-filled epoxy resin to protect concrete and metal substrates. The epoxy binder and overlapping flake fillers provide the low permeability, high film integrity, and excellent chemical resistance required for prolonged substrate protection.
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Plural-component applied coating used as a lining in the technology manufacturing facilities to protect the substrate from traffic and moderate chemical exposure. Provides protection against microbiologically induced corrosion (MIC) and hydrogen sulfide corrosion found in wastewater treatment service.
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A thermosetting vinyl ester coating which utilizes flake fillers for resistance to a wide variety of acids, caustics, salts, oils and mild alkali solutions. It offers the most versatile protection in the Protecto-Coat line.
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A thermosetting vinyl ester coating which utilizes flake fillers for resistance to a wide variety of acids, caustics, salts, oils and mild alkali solutions. It is formulated for higher abrasion resistance than standard Protecto-Coat 800.
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Description:
A thermosetting vinyl ester coating which utilizes flake fillers for resistance to a wide variety of acids, caustics, salts, oils and mild alkali solutions. It is formulated for a higher wet immersion temperature resistance than standard Protecto-Coat 800.
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A vinyl ester resin formulated specifically as a silica free lining and utilizes graphite flake fillers for resistance to a wide variety of acids, caustics, salts, oils and mild alkali solutions.
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Protecto-Coat 900 exhibits a high cross-link density and offers the best solvent and acid resistance. Protecto-Coat 900 systems are filled with Mica flakes to reduce the coefficient of expansion, and provide a chemical resistant barrier. The lamellar arrangement of flakes reduces water vapor permeation and permits chemical exposure at higher temperatures without increasing the thickness of the coating.
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Protecto-Coat 900FR exhibits a high cross-link density and offers the best solvent and acid resistance. Protecto-Coat 900FR systems are filled with Mica flakes to reduce the coefficient of expansion, and provide a chemical resistant barrier. The lamellar arrangement of flakes reduces water vapor permeation and permits chemical exposure at higher temperatures without increasing the thickness of the coating.
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Protecto-Coat 900HT uses two or three layers of thermosetting, glass flake filled, novolac vinyl ester resin to build up the protection that metal and concrete need in chemical manufacturing or processing operations. When fully cured, the separate elements lose their individual identity and become a single, monolithic coating.
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A novolac vinyl ester resin formulated specifically as a silica-free lining and utilizes graphite flake fillers for resistance to a wide variety of acids, caustics, salts, oils and mild alkali solutions.
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A self-priming amine-cured, epoxy phenolic, glass flake-filled coating designed for use in highly corrosive environments where abrasion and chemical resistance is required. This product also exhibits excellent heat resistance.
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A two-component, high solids, elastomeric, chemically resistant polysulfide coating.
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A heavy duty novolac epoxy mortar used for high-impact protection and slope to drain in chemical processing areas.
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A novolac epoxy grout used to seal and fill small voids left from troweling the aggregate filled Protecto-Coat 140T BC, a heavy-duty industrial troweled mortar.
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A high molecular weight vinyl ester resin based lining also filled with large diameter glass flakes which provides exceptionally low permeability. It is used in high temperature and high abrasion environments.
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Description:
A high molecular weight novolac vinyl ester resin based lining also filled with large diameter glass flakes which provides exceptionally low permeability. It is used in high temperature and high abrasion environments.
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A flexibilized epoxy resin that, when mixed with silica filler, will reduce the coefficient of expansion and provide a thixotropic base on which to embed fabric reinforcement. The added flexibility provides strength when bridging small surface cracks and increases resistance to thermal shock.
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A high-performance, highly chemical resistant lining for protection of metal and concrete. It is well suited for chemical manufacturing or processing operations. Used as a component of a system with fiberglass reinforcement, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
A high-performance, highly chemical resistant lining that uses several layers of thermosetting, filled vinyl ester resin to build up protection on metal and concrete. It is well suited for chemical manufacturing or processing operations. Used as a component of a system with fiberglass reinforcement, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
Protecto-Glass 960 uses several layers of filled, thermosetting novolac vinyl ester resin to build up the protection that steel and concrete need in chemical manufacturing or processing operations. When fully cured, the separate elements lose their individual identity and become a single, monolithic topping.
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Description:
Protecto-Line 100 uses several layers of amine cured, reinforced epoxy resin to build up the protection that metal and concrete need in chemical manufacturing or processing operations. When fully cured, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
Protecto-Line 100XT uses several layers of amine cured, filled novolac epoxy resin to build up the protection that metal and concrete need in chemical manufacturing or processing operations. When fully cured, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
A high-performance, highly chemical resistant lining that uses several layers of thermosetting, filled vinyl ester resin to build up protection on metal and concrete. It is well suited for chemical manufacturing or processing operations. Blended with different fillers and used as a component of a system with woven roving, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
Protecto-Line 900 uses several layers of thermosetting, filled novolac vinyl ester resin to build up the protection that metal and concrete need in chemical manufacturing or processing operations. When fully cured, the separate elements lose their individual identity and become a single, monolithic lining.
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Description:
Pyroclad X1 is designed to provide jet fire and hydrocarbon fire protection for structural elements, beams, columns, bulkheads, underdecks and risers. Pyroclad X1 is suitable for applications in the industrial, petrochemical, oil and gas, offshore and refining industries.
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Description:
A medium density, Portland cement based, cementitious fireproofing that is mixed with clean, potable water onsite before application and spray applied to the substrate. It provides 1-4 hour fire protection for structural steel members and upgrades the fire resistance of existing concrete. It can also be used as a thermal barrier over polyurethane foam. Recommended areas of application include pharmaceutical facilities, pulp and paper mills, nuclear and conventional power plants, factories, warehouses, stadiums, institutional and biomedical facilities and acoustical applications.
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Description:
A 55 lb./ft³ (881 kg/m³) density, Portland cement based, cementitious fireproofing. It provides both hydrocarbon and cellulosic fire protection for structural steel and can also be used to upgrade the fire resistance of existing concrete. Recommended areas of application include refineries, petrochemical, pharmaceutical facilities, pulp and paper mills, offshore platforms, nuclear and conventional power plants, factories, warehouses, institutional and biomedical facilities.
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Description:
A 70 lb./ft³ (1,121 kg/m³) density, Portland cement based, cementitious fireproofing. It provides both hydrocarbon and cellulosic fire protection for structural steel and can also be used to upgrade the fire resistance of existing concrete. Recommended areas of application include refineries, petrochemical, pharmaceutical facilities, pulp and paper mills, offshore platforms, nuclear and conventional power plants, factories, warehouses, institutional and biomedical facilities.
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Description:
A 50 lb./ft³ (800 kg/m³) density, Portland cement based, cementitious fireproofing. It provides both hydrocarbon and cellulosic fire protection for structural steel and can also be used to upgrade the fire resistance of existing concrete. Recommended areas of application include refineries, petrochemical, pharmaceutical facilities, pulp and paper mills, offshore platforms, nuclear and conventional power plants, factories, warehouses, institutional and biomedical facilities.
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A minimum average 52 lb./ft³ (833 kg/m³) density, portland cement-based fireproofing material that provides hydrocarbon pool fire, jet fire, and cryogenic spill protection for structural steel. Recommended areas of application include refineries, petrochemical, and LNG facilities.
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Description:
A minimum 40 lb./ft³ (640 kg/m³) density, Portland cement based, cementitious fireproofing. It provides both hydrocarbon and cellulosic fire protection for structural steel and can also be used to upgrade the fire resistance of existing concrete. Recommended areas of application include refineries, petrochemical, pharmaceutical facilities, pulp and paper mills, offshore platforms, nuclear and conventional power plants, factories, warehouses, institutional and biomedical facilities.
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A 4:1, high solids, two component, direct-to-metal (DTM) polyurethane coating. This coating is designed to provide very good corrosion, UV and chemical resistance in a one coat system.
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A single package high solids alkyd primer designed to provide very good corrosion resistance and dry speed for rail car exterior. Wide flexibility to various top coats.
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A single package high solids gloss alkyd Direct to Metal (DTM) or top coat designed to provide very good corrosion resistance, weathering and dry speed for railcar exterior.
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A 1:1, high solids polyamide epoxy designed to provide very good corrosion resistance as a single coat, direct-to-metal (DTM) exterior coating for rail cars and other structures. While all epoxies will chalk and yellow under UV exposure, this coating has better color and gloss retention than traditional epoxies.
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Description:
A 1:1, high solids polyamide epoxy designed to provide very good corrosion resistance as a single coat, direct-to-metal (DTM) exterior coating for railcars and other structures. While all epoxies will chalk and yellow under UV exposure, this coating has good color and gloss retention better than most.
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Description:
A 1:1, high solids polyamide epoxy designed to provide very good corrosion resistance as a single coat, direct-to-metal (DTM) exterior coating for railcars and other structures. While all epoxies will chalk and yellow under UV exposure, this coating has good color and gloss retention better than most.
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Description:
A 1:1, high solids polyamide epoxy designed to provide very good corrosion resistance as a single coat, direct-to-metal (DTM) exterior coating for railcars and other structures. When all epoxies will chalk and yellow under UV exposure, this coating has good color and gloss retention better retention better than most.
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Description:
A 5:1, high solids, two component, polyurethane color coat coating. This coating is designed to provide very good corrosion, UV and chemical resistance as a middle coat, used with a primer and a clearcoat.
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A 4:1, high solids, two component, direct-to-metal (DTM) polyurethane coating. This coating is designed to provide very good corrosion, UV and chemical resistance in a one coat system.
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Description:
Environmentally friendly, advanced hybrid technology, plural-component applied coating used as a lining for water, wastewater, manholes, penstocks, dam gates, pipelines and other aggressive immersion applications. Provides protection against microbiologically induced corrosion (MIC) and hydrogen sulfide corrosion found in wastewater treatment service.
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Description:
Environmentally friendly, advanced hybrid technology, plural-component applied coating used as a lining for water, wastewater, manholes, penstocks, dam gates, pipelines and other aggressive immersion applications. Provides protection against microbiologically induced corrosion (MIC) and hydrogen sulfide corrosion found in wastewater treatment service. Ultra high build product designed to be applied at high thickness in one coat application.
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Reactamine 760 HC is an environmentally friendly, advanced hybrid technology, plural-component lining for hopper cars and other services requiring abrasion and crack resistance.
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Reactamine ET is an extra tough, abrasion resistant elastomer coating with extremely fast cure times that is ideal for concrete substrates. It possesses exceptional toughness for numerous industrial applications that include linings for wastewater applications, secondary containment, sewer lines, manhole restoration, rail cars, wastewater lagoon linings, and other applications needing a tough resilient coating. It is extremely resistant to high abrasion and impact with elongation properties to tolerate movement over concrete substrates.
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Description:
Reactamine Joint Seal is a 2-component 100% solids, polyurea-based joint sealant that is self-leveling and cures in approximately 60 minutes. It works equally well with asphalt and concrete and protects interior horizontal concrete expansion and control joints from spalling, chipping and breakdown. This product can be applied at temperatures ranging from 0° to 150°F (-18° to 65°C) and possess excellent chemical resistance, water resistance and thermal stability at both high and low temperatures.
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Description:
Reactamine Joint Seal FC is a 2-component 100% solids, polyurea-based joint sealant that is self-leveling and cures in approximately 30 minutes. It works equally well with asphalt and concrete and protects interior horizontal concrete expansion and control joints from spalling, chipping and breakdown. This product can be applied at temperatures ranging from 0° to 150°F (-18° to 65°C) and possess excellent chemical resistance, water resistance and thermal stability at both high and low temperatures.
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Description:
Rustbond is a cross-linked penetrating primer/sealer with excellent wetting properties. It is highly flexible with good chemical and solvent resistance, and accept a variety of topcoats. Recommended use as primer/sealers for marginally prepared steel and over old coatings. Its excellent wetting properties allows it to penetrate rust and discontinuities in existing coatings and provide a firm anchorage for a variety of topcoats. Its thixotropic character reduces run off, ensuring that the edges of existing coatings are encapsulated thus reducing undercutting and peeling. It may also be used as a tie-coat for coatings that exceed their “recoat window.” Consult Carboline Technical Services Department for specific recommendations.
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Description:
Rustbond PS is a very low VOC epoxy primer/sealer that combines outstanding surface tolerance characteristics over marginally prepared substrates and user-friendly features. It accepts a variety of topcoats and can help save time and money by minimizing surface preparation requirements for new construction, maintenance and overcoating projects. Rustbond PS has good pot life at higher temperatures to help minimize waste and also cures at low temperatures down to 35°F (1.7°C) with Additive 8505 so you have one Rustbond product for year-round application.
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Specialized high solids filler used for sealing/filling masonry surfaces subject to both aggressive and mild environments. Unique formulation allows for topcoating with conventional or high-performance finishes. May be used as a block filler where LEED-compliant flat or non-flat primers or finishes are required.
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Description:
Universal bonding primer that adheres tenaciously to virtually any surface including galvanized and stainless steel, aluminum, PVC, FRP and ceramic tile. It can also be used on porous and high PH substrates (up to 12.5) like concrete and cementitious patching compounds.
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Description:
Waterborne acrylic finish used for the protection of drywall and masonry surfaces in light to medium duty service. Excellent application characteristics, low odor, and low VOC. Satin finish provides a pleasing and easily cleanable finish. May also be used for exterior exposed areas due to its weatherability.
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Description:
A heavy-duty, two-component, water-based, epoxy block filler/sealer that is designed to fill and seal concrete masonry units and other concrete surfaces. It provides a stronger base-coat than standard acrylic block fillers for those projects requiring more physical and chemical resistant properties.
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Description:
A water-based epoxy finish that is easy to apply and has very good chemical resistance. Sanitile 555 VOC has minimal odor and is less than 100 g/L VOC. It has significant improvements in film hardness and toughness over straight acrylic or acrylic-epoxy coatings and is more chemically and physically resistant. It is therefore ideal for more aggressive exposures on walls and structural components than acrylic-modified epoxies. It may also be used for light to moderate duty floors.
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Description:
A high build epoxy coating for sealing and filling porous and irregular cementitious surfaces. Particularly recommended for walls in critical areas of institutional, pharmaceutical, and food processing plants where concrete surfaces must be prepared for ease of cleaning and surface decontamination. It is recommended as a primer on concrete under Sanitile and other Carboline topcoats. Not recommended for immersion service without recommended topcoats.
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Description:
Sanitile 755 FR is a reinforced epoxy designed for maximum protection of walls in high impact zones like schools and hospitals, while its exceptional thermal shock resistance protects against aggressive wash downs and chemical cleanings in Food and Beverage facilities. It has outstanding wetting properties that permit its application direct to drywall, CMU, concrete or steel surfaces.
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Description:
High solids, high build, satin finish that was specifically designed to have very low out-gassing properties making it ideal for clean room applications. It provides a tough attractive finish while exhibiting outstanding performance properties. Demonstrates extremely good resistance to abrasion, corrosion and chemical exposure when applied over recommended Carboline primers and/or intermediate coats.
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Description:
A high performance finish that provides a durable, impermeable, and easily sanitized surface. This polyester- polyurethane is fortified for film toughness, quick-dry properties, and outstanding color stability. Used to provide the best overall protection for a combination of aggressive chemicals/ cleaning, abrasion and impact resistance, and color stability.
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An epoxy based patching compound for filling surface defects and bugholes in concrete substrates. This product uses an epoxy resin and a unique, inert mineral filler to achieve a smooth non-slumping fill material. The system is formulated to improve the integrity and continuity of a prepared substrate, prior to the application of a coating or lining system.
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Description:
A vinyl ester based patching compound for filling surface defects and bugholes in concrete substrates. This product uses an epoxy resin and a unique, inert mineral filler to achieve a smooth non-slumping fill material. The system is formulated to improve the integrity and continuity of a prepared substrate, prior to the application of a coating or lining system.
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A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two component waterborne urethane coating that offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration, impact and staining with easy soap and water cleanup.
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Description:
A two-component, ASTM Type V, aliphatic polyurethane coating. Sealer 30SD offers the outstanding color stability, resistance to UV degradation, and electrostatic dissipative capability. Toughness, impact resistance, and stain resistance are inherent qualities of this topcoat.
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Description:
A multi-component, aliphatic polyurethane coating. Sealer 35 offers the outstanding color stability and resistance to UV degradation known industry wide to be inherent of aliphatic urethane chemistry. Toughness, impact resistance, and stain resistance are inherent qualities of this topcoat.
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Description:
A premium fluoropolymer urethane sealer/topcoat that offers the outstanding color stability and resistance to UV degradation known industry wide to be inherent of fluoropolymer chemistry.
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Description:
A premium fluoropolymer urethane sealer/topcoat that offers the outstanding color stability and resistance to UV degradation known industry wide to be inherent of fluoropolymer chemistry.
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Description:
A premium fluoropolymer urethane sealer/topcoat that offers the outstanding color stability and resistance to UV degradation known industry wide to be inherent of fluoropolymer chemistry.
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Description:
A premium fluoropolymer urethane sealer/topcoat that offers the outstanding color stability and resistance to UV degradation known industry wide to be inherent of fluoropolymer chemistry.
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Description:
A premium fluoropolymer urethane sealer/topcoat that offers the outstanding color stability, resistance to UV degradation, and stain resistance, known industry wide to be inherent of fluoropolymer chemistry.
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Description:
Sealer 80 is an isocyanate free, ultra-durable, fast-cure coating that provides outstanding color and gloss retention. It combines the chemical resistant properties of epoxies with the weathering characteristics of acrylic-polyurethanes giving it a tightly cross-linked film resulting in a finish with outstanding barrier properties against Vaporized Hydrogen Peroxide. This product meets the most stringent VOC regulations for field applied coatings of less than 100 g/L volatile organic content.
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Description:
This high-solids, polyaspartic was developed with excellent chemical resistance, adhesion, and resistance to UV degradation for floor coating applications. it is very low VOC and virtually odor free.
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Description:
This product is a high-solids, high-build polyaspartic developed for applications requiring a heavier bodied product. Its characteristics include excellent chemical resistance, adhesion, and resistance to UV degradation. It is low VOC product and is virtually odor free.
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Description:
Two part epoxy exhibiting superior adhesion to concrete and steel. Used primarily as a primer/sealer for concrete surfaces and top coated with a variety of chemically resistant toppings.
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Description:
High performance lining system designed for concrete. Semi-leveling coating which may be applied as an aggregate filled and/or reinforced coating system. Specially formulated to withstand some of industry’s most aggressive chemicals.
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Description:
Semstone 140 CT is a 100% solids, high performance, epoxy lining system designed for concrete. It is a semi-leveling coating which may be applied as an aggregate filled and/or reinforced coating system. Semstone 140 CT is specially formulated to withstand some of industry’s most aggressive chemicals.
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Description:
100% solids, high performance, novolac epoxy lining system designed for concrete. It is a semi-leveling coating and may be applied as an aggregate filled and/or reinforced coating system. Specially formulated to withstand some of industry’s most aggressive chemicals, including 98% sulfuric acid, as well as many organic chemicals and solvents.
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Description:
Semstone 145 CT is a 100% solids, high performance, novolac epoxy lining system designed for concrete. It is a semi-leveling coating which may be applied as an aggregate filled and/or reinforced coating system. Semstone 145 CT is specially formulated to withstand some of industry’s most aggressive chemicals, including 98% sulfuric acid, as well as many organic chemicals and solvents.
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Semstone 245 is a 100% solids, high performance, novolac epoxy lining system designed for concrete. Semstone 245 is a semileveling coating, it may be applied as an aggregate filled and/or reinforced coating system. Semstone 245 is specially formulated to withstand some of the industry's most aggressive chemicals, including chlorinated solvents.
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Semstone 305 polymer concrete is an excellent alternatives to acid brick. It is used to protect Portland cement concrete from attack from a wide range of aggressive chemicals. Semstone 305 polymer concrete can be applied from 1/2” (12.7 mm) to several inches thick. Applied by screed and trowel method, their installation is quick and easy. Semstone 305 provides a monolithic surfacing that has excellent resistance to impact and mechanical abuse and can be used to restore and protect degraded surfaces in a single application.
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Two-component, self-leveling, polyurethane sealant. It exhibits excellent flexibility with moderate hardness and good chemical resistance to organic acids, alkalis and most solvents. Uses: can be used in conjunction with all lining systems in a wide range of applications. All high movement joints: isolation, expansion or control Thermal shock situations Exterior applications
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Semstone 805 is a flexible epoxy polymer coating and lining providing a chemical, water and abrasion resistant barrier for steel and concrete. This versatile coating system was developed as a self-leveling, flexible chemical resistant coating and lining and can also be used as a high build coating and lining system with the addition of a third component. Semstone 805 is a 100% solids, low odor, two-component system applied either as a neat system (unfilled), a reinforced system, an aggregate-filled system or as an aggregate filled reinforced system. A bagged Part C thixotropic agent is added for high build applications. It is most often used with reinforcing fabric (#100) over expansion joints.
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Semstone 806 is a 100% solids, low odor, rubberized epoxy. It is used as a chemically resistant membrane for concrete. When reinforced with our flexible fabrics it provides a system which will bridge working cracks as well as expansion joints. When reinforced with Semstone 100 fabric, it can bridge crack expansion joint movement up to 1/2” without cracking. This product is a self-leveling material. However, it maybe used as a high build coating system by the addition of a third component, Semstone Thixotrope D, which is a non-silica Thixotrope. When using reinforcing fabric, Thixotrope D is not required. Concrete slabs with severe cracking problems, as well as all construction and expansion joints, may be treated using Semstone 806 with #100 Fabric. This ideal ideal for use as a secondary containment membrane.
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Semstone 870 is a high performance, vinyl ester lining system designed for concrete. Semstone 870 is formulated to be more flexible than typical vinyl esters to tolerate more concrete movement. It is a semi-leveling coating which may be applied as an aggregate filled and/or reinforced coating system. Semstone 870 is specially formulated to withstand some of industry’s most aggressive chemicals, including a broad range of organic chemicals.
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Semstone 884 is a vinyl ester polymer concrete which incorporates proprietary non-shrink technology into its formulation, making it the first practical vinyl ester polymer concrete for use as a concrete topping. It is recommended for use in concentrated nitric acid service and other strong oxidizers. Semstone 884 is an excellent alternative to acid brick. It is also used as a construction material for pouring pump foundations and small tank foundations. It can be used for pre-casting of sumps and trenches.
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Semstone Fabric 100 is a non-woven geotextile made from polypropylene fibers. The polypropylene fibers are essentially chemically and biologically inert which offers good chemical resistance to acids, alkalis, oils and most solvents. When saturated with either SEMSTONE 805 or SEMSTONE 806 the result is a chemically resistant, flexible, reinforced membrane system well suited for sealing expansion joints or bridging working cracks in concrete.
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Scrim Cloth is a woven, Type “E”, borosilicate glass fiber reinforcing fabric, specially designed for Semstone Systems. The glass filament fibers are bundled and woven at right angles to each other, which affords bidirectional strength. When Scrim Cloth is incorporated in a Semstone Epoxy, Novolac or Vinyl Ester coating/lining system, impact resistance, tensile strength and fatigue resistance of the system is increased.
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Cellulose powder (crushed newspaper) for adding body to Semstone products
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Cabosil for film build properties for Semstone products
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Liquid nitrogen resistant for splash and spill, trowel applied cementitious urethane mortar (1/4"-1/2" / 6-13 mm). Contains antimicrobial additives that protect it from degradation caused by microorganisms. Demonstrates excellent resistance to thermal shock, mechanical damage, and chemical attack.
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Highly functional trowel applied cementitious urethane mortar (1/4"-3/8" / 6-10 mm) that allows moisture to move through the material at a safe rate and offers significant lifecycle cost savings compared to tile or acid brick. It contains Polygiene® which has antimicrobial properties that protect it, and the facility it is installed in, from degradation caused by microorganisms. It provides protection from thermal shock at up to 250°F, mechanical damage, and chemical attack.
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Exceptionally heavy duty, trowel applied cementitious urethane mortar (3/8"-1/2" / 10-13 mm). Contains Polygiene® which has antimicrobial properties that protect it from degradation caused by microorganisms. Demonstrates excellent resistance to mechanical damage, heavy machinery, thermal shock, and chemical attack.
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An aggregate filled system that develops a cure strength approximately 2 times that of the concrete base to which it is applied. The monolithic topping exhibits excellent physical and mechanical strength and chemical resistance.
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Self-leveling cementitious urethane flooring product (1/8-3/16″ / 3-5 mm). that allows moisture to move through the material at a safe rate and offers significant lifecycle cost savings compared to tile or acid brick. It contains Polygiene® which has antimicrobial properties that protect it, and the facility it is installed in, from degradation caused by microorganisms. It is a great solution for moderate thermal shock, mechanical damage, and chemical attack.
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Semi-self-leveling, functional cementitious urethane flooring product (3/16-1/4” / 5-6 mm) that allows moisture to move through the material at a safe rate and offers significant lifecycle cost savings compared to tile or acid brick. It contains Polygiene® which has antimicrobial properties that protect it, and the facility it is installed in, from degradation caused by microorganisms. It provides protection from thermal shock at up to 210°F, mechanical damage, and chemical attack.
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Shock-Crete TCUV is a high performance, UV stable, semi-gloss topcoat for cementitious urethane floor systems. Contains Polygiene® which has antimicrobial properties that protect it from degradation caused by microorganisms.
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Polyurethane coating used as a topcoat for cementitious urethane flooring systems. Excellent primer for cementitious urethane systems due to outstanding resistance to moisture vapor transmission. Contains Polygiene® which has antimicrobial properties that protect it from degradation caused by microorganisms.
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Cementitious cove base mortar that provides a durable finish for use with Shock-Crete flooring systems. Contains Polygiene® which has antimicrobial properties that protect it from degradation caused by microorganisms. Demonstrates excellent resistance to thermal shock, mechanical damage, and chemical attack.
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This is an extended set, spray applied fire resistive material that can be left in the equipment and lines for up to 4 days without setting. It was developed to be used as a holding material to leave in the equipment and lines to reduce start up and clean up times when using the Southwest Type 5 materials. This material requires injection with Accelerator A-20 to reach final set. It is intended for use with Southwest Type 5GP and Southwest Type 5MD for application to interior structural columns, beams, joists, decks, walls, roofs, girders, floors and pre-cast concrete units.
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A 15 lb./ft³ (240 kg/m³) SFRM intended for the fire protection of interior structural columns, beams, joists, decks, walls, roofs, girders, floors and pre-cast concrete units. It is tested and certified for fire resistance ratings up to 4 hours.
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A medium density SFRM intended for the fire protection of interior structural columns, beams, joists, decks, walls, roofs, girders, floors and pre-cast concrete units. It is tested and certified for fire resistance ratings up to 4 hours.
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A 22 lb./ft³ (352 kg/m³) density (average) SFRM intended for the fire protection of structural columns, beams, joists, decks, walls, roofs, girders, floors and pre-cast concrete units. It is tested and certified for fire resistance ratings up to 4 hours. It was specifically formulated for either unconditioned or conditioned areas such as mechanical rooms, elevator shafts and parking garages.
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A 40 lb./ft³ (640 kg/m³) density (average) SFRM intended for the fire protection of structural columns, beams, joists, decks, walls, roofs, girders, floors and pre-cast concrete units. It is tested and certified for fire resistance ratings up to 4 hours. It was specifically formulated for high humidity areas such as mechanical rooms, elevator shafts and parking garages and is resistant to damage and moisture..
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A 22 lb./ft³ (352 kg/m³) density (average) SFRM designed for use as a thermal barrier fire protection material over foam plastics. A secondary use is for fire protection of steel. It was specifically formulated to resist exposure to high humidity and moisture and for direct application to rigid foam plastic urethane, and polystyrene insulation.
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A cement and vermiculite based, spray applied spatter coat designed to be used in conjunction with Southwest fireproofing materials to enhance bonding properties on cellular steel decking and roof deck systems.
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A two-component, 100% solids epoxy sealer designed for use on damp concrete. This product has excellent adhesion to cold and damp concrete. This product has exceptional sealing capability that easily penetrates pores and tiny cracks in concrete and masonry surfaces.
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A two-component ambient cured epoxy based on novel leading edge technology. This product can be used in applications where abrasive blasting is not possible or feasible. It exhibits excellent adhesion on metal substrates prepared as per SSPC SP-11 Surface Preparation Standard.
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A two-component ambient cured epoxy based on novel leading edge technology. This product can be used in applications where abrasive blasting is not possible or feasible. It exhibits excellent adhesion on metal substrates prepared as per SSPC SP-11 Surface Preparation Standard.
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A hybrid two-component, elastomeric polyurethane coating designed for long-term corrosion protection of steel and concrete substrates. Available in Spray Grade and Brush Grade. This product meets the AWWA C222 requirements.
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A hybrid two-component, elastomeric polyurethane coating designed for long-term corrosion protection of steel and concrete substrates. Available in Spray Grade and Brush Grade. This product meets the AWWA C222 requirements.
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A “coal tar free”, high performance two-component polyurethane coating engineered for applications in Marine, Industrial and Pipeline industries. This low friction, high abrasion and impact resistant coating is used on exterior hulls to reduce ad-freezing of ships provide abrasion and corrosion protection. Further, it is used to coat marine pilings and docks where impact and abrasion resistance is required and cathodic protection is utilized. Available in Spray Grade and Brush Grade.
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A two-component 100% solids modified epoxy polymer designed to provide superior adhesion between three-layer (“3L”) Polyolefin (“PE”) and liquid epoxy joint coatings.
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A two-component modified epoxy coating designed for use in winter application on cold substrates. This product has the ability to cure down to -10°C (14°F). It is used for applications in cold weather (winter) where other coating systems would require preheating of the substrate or enclosure and application of external heat for curing purposes. It is ideal for utilization on facilities operating at low temperatures, which precludes the use of preheating / external heat.
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A solvent free, 100% solids, two-component epoxy coating that has the ability to cure down to 0˚C (32˚F). Used for application in cool weather (fall/winter) where other coating systems would require preheating of the substrate or enclosure and application of external heat for curing purpose. It is ideal for utilization on facilities operating at low temperatures, which precludes the use of preheating/ external heat. Available in both Spray Grade and Brush Grade.
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A solvent free, 100% solids, two-component epoxy coating that has the ability to cure down to 0˚C (32˚F). Used for application in cool weather (fall/winter) where other coating systems would require preheating of the substrate or enclosure and application of external heat for curing purpose. It is ideal for utilization on facilities operating at low temperatures, which precludes the use of preheating/ external heat. Available in both Spray Grade and Brush Grade.
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A 100% solids technologically advanced epoxy coating designed for general purpose corrosion protection in the Oil and Gas Industry. This product can be applied through standard high-pressure airless spray equipment. It has superior anti-corrosive properties on the exterior of steel pipelines for above and below ground service.
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An ultra high solids, self-priming epoxy coating with excellent corrosion resistance to marine and petrochemical environments. SP-2881 is used primarily for the corrosion protection of buried pipes and tanks.
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An ultra high solids, self-priming epoxy coating with excellent corrosion resistance to marine and petrochemical environments. SP-2882 is used primarily for the corrosion protection of buried pipes and tanks.
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An ultra high solids, self-priming epoxy coating with excellent corrosion resistance to marine and petrochemical environments. SP-2884 is used primarily for the corrosion protection of buried pipes and tanks. It is designed for brush and roll use only.
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SP-2888® RG is an epoxy/polyurethane Hybrid coating based on “State of the Art” epoxy/urethane chemistry. The synergistic effect of co-polymerizing epoxy and polyurethane produces a coating with the superior adhesion and corrosion resistance of an epoxy along with the added toughness of a polyurethane. This environmentally friendly, 100% solids, & isocyanate free, two component coating system is available in Brush Grade, Spray Grade, Repair Cartridges and Spray Cartridges. SP-2888® RG is the coating most preferred for protection of steel and other metal surfaces from severe corrosion and abrasion.
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SP-2888® RG is an epoxy/polyurethane Hybrid coating based on “State of the Art” epoxy/urethane chemistry. The synergistic effect of co-polymerizing epoxy and polyurethane produces a coating with the superior adhesion and corrosion resistance of an epoxy along with the added toughness of a polyurethane. This environmentally friendly, 100% solids, & isocyanate free, two component coating system is available in Brush Grade, Spray Grade, Repair Cartridges and Spray Cartridges. SP-2888® RG is the coating most preferred for protection of steel and other metal surfaces from severe corrosion and abrasion.
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SP-2888® RG is an epoxy/polyurethane Hybrid coating based on “State of the Art” epoxy/urethane chemistry. The synergistic effect of co-polymerizing epoxy and polyurethane produces a coating with the superior adhesion and corrosion resistance of an epoxy along with the added toughness of a polyurethane. This environmentally friendly, 100% solids, & isocyanate free, two component coating system is available in Brush Grade, Spray Grade, Repair Cartridges and Spray Cartridges. SP-2888® RG is the coating most preferred for protection of steel and other metal surfaces from severe corrosion and abrasion.
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A variation of SP-2888® RG. Epoxy / Polyurethane coating in which the pot life has been extended. This enables the Spray Grade to be applied with airless spray equipment. The performance properties are similar to SP-2888® RG. in which the urethane polymer is pre-bonded to the epoxy resin, rendering the coating “isocyanate free”. The synergistic effect of co-polymerizing epoxy and polyurethane produces a coating with the superior adhesion and corrosion resistance of epoxy along with the added toughness and abrasion resistance of polyurethane. This environmentally friendly, 100% solids, & Isocyanate free two component coating system is available in Spray Grade and Brush Grade.
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A range of surface coatings based on “State of the Art” epoxy chemistry. It has excellent high temperature operating capability up to 95˚C (203˚F). Available in Brush Grade, Spray Grade and Repair Cartridges.
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A range of surface coatings based on “State of the Art” epoxy chemistry. It has excellent high temperature operating capability up to 95˚C (203˚F). Available in Brush Grade, Spray Grade and Repair Cartridges.
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A specially formulated version of SP-3888® based on modified Novolac epoxy chemistry. This product is designed for the repairs of damaged Fusion Bond Epoxy (FBE) and other liquid applied pipeline coatings where quick drying and quick handling are required. It has an excellent high operating temperature capability and cathodic disbondment resistance up to 95˚C (203˚F). Available in 50ml and 450ml Repair Cartridge.
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A range of surface coatings based on “State of the Art” epoxy chemistry. It has excellent high temperature operating capability up to 95˚C (203˚F). Available in Brush Grade, Spray Grade and Repair Cartridges.
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A 100% solids, high performance epoxy coating developed specifically for application on wet or damp steel surfaces. In addition, this product may be applied on dry steel surfaces with equal corrosion protection properties. When applied as directed, it is an excellent corrosion protection coating with superior adhesion and resistance to cathodic disbonding at temperatures up to 80˚C (176˚F).
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A 100% solids, two-component high performance epoxy coating specifically formulated for use as a single coat interior lining and exterior coating system for potable water storage facilities, pipe and treatment plants. The 100% solids, high build, single coat applied coating cures to form a tough, durable, non-toxic, monolithic membrane with superior corrosion and water resistance.
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A “State of the Art” two-component coating which has been specifically formulated for high temperature pipelines. This product cures to a highly cross-linked coating with an excellent resistance to high temperature cathodic disbonding up to 150˚C (302˚F). This environmentally friendly, 100% solids, & Isocyanate free two component coating system is available in Brush Grade, Spray Grade and Repair Cartridges.
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A “State of the Art” two-component coating which has been specifically formulated for high temperature pipelines. This product cures to a highly cross-linked coating with an excellent resistance to high temperature cathodic disbonding up to 150˚C (302˚F). This environmentally friendly, 100% solids, & Isocyanate free two component coating system is available in Brush Grade, Spray Grade and Repair Cartridges.
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A “State of the Art” two-component coating which has been specifically formulated for high temperature pipelines. This product cures to a highly cross-linked coating with an excellent resistance to high temperature cathodic disbonding up to 150˚C (302˚F). This environmentally friendly, 100% solids, & Isocyanate free two component coating system is available in Brush Grade, Spray Grade and Repair Cartridges.
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A “State of the Art” two component coating system based on novolac chemistry. The environmentally friendly, 100% solids, two component coating system can be easily applied through spray, brush, or roller and cures to a highly cross-linked coating with excellent chemical, solvent and water immersion resistance.
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A multifunctional two-component ultra-high thixotropic coating that has been formulated based on State of the Art chemistry. This product has been uniquely designed for grouting and sealing purposes for tank floor and tank wall applications to be applied in conjunction with the SP-9888® coating series. Additionally, it can be used for grouting and sealing purposes for various pipeline applications.
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The ultra-high abrasion resistance version of SP-9888®. The “State of the Art” novolac chemistry coupled with advanced ceramic materials provides superior abrasion resistance and excellent chemical, solvent and water immersion resistance.
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A “State of the Art” two component coating system based on novolac chemistry. The environmentally friendly, 100% solids, two component coating system can be easily applied through spray, brush, roller and cures to a highly cross-linked coating with excellent chemical, solvent and water immersion resistance.
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A “State of the Art” two component coating system based on novolac chemistry. The environmentally friendly, 100% solids, two component coating system can be easily applied through spray, brush, or roller and cures to a highly cross-linked coating with excellent chemical, solvent and water immersion resistance.
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A 100% solids, thin film, "State of the Art" two-component epoxy coating for use on tanks, pipes, steel structures, offshore platforms and subsea structures. This environmentally friendly, 100% solids, epoxy, two component coating system is available in Brush Grade, Spray Grade. No further solvent reduction is necessary.
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Solvent-free patching compound used for repairing pits, cracks and voids in steel, concrete, wood and other surfaces. Has the unique ability to be mixed, applied and cured underwater.
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Steri-Coat 200 offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration and staining.
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Steri-Coat 200 offers the abrasion resistance and toughness inherent of urethanes. It also provides excellent resistance to UV discoloration and staining.
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This amine cured epoxy coating provides a very tough seamless coating system for high abuse areas. It is an excellent coating for areas requiring protection against the growth of mold, mildew, fungus and bacteria. The unique hybrid binder in Steri-Coat P provides high film integrity, and good chemical resistance required for prolonged substrate protection.
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Steri-Cove Gel is an epoxy system designed for installation as integral cove base @ 1/16” to 1/4” thick. For use with Dudick Steri-Flor, Steri-Quartz, Steri-Flake systems, and other systems as recommended by Dudick.
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This fast-curing epoxy mortar is designed for easy application even in low temperature environments.
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Steri-Flor GP is a self-leveling epoxy applied to achieve a strongly bonded monolithic topping with moderate chemical resistance and good physical and mechanical properties.
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A heavy-duty epoxy mortar basecoat. The total system provides a strongly bonded monolithic floor with excellent physical and mechanical properties.
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An epoxy grout used to seal and fill small voids left from troweling the aggregate filled Steri-Flor T, a heavy-duty industrial troweled mortar.
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Steri-Flor UV is a multi-functional epoxy floor coating with increased UV stability compared to conventional epoxies. It provides good resistance to common chemicals and daily traffic and may be used as a base/color coat, receiving coat, or grout coat for decorative broadcast floors.
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A high solids epoxy primer for concrete. Designed to increase adhesion and reduce the potential for outgassing in high performance flooring or containment systems.
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A high solids epoxy primer for concrete that has previously been exposed to oils, grease, or fats. Specially designed to increase adhesion and reduce the potential for outgassing in high performance flooring or containment systems.
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A water based epoxy primer for concrete. Designed to increase adhesion and reduce the potential for outgassing in high performance flooring systems.
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A high-solids, multi-functional epoxy coating for walls and ceilings. The unique hybrid binder provides high film integrity, and excellent chemical resistance required for prolonged substrate protection. It can be spray applied to a high film build in one or two coats to achieve a monolithic barrier for protecting substrates in aggressive environments.
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A specialized Novolac epoxy hybrid specifically designed for high containment laboratories, such as BSL-4/3Ag facilities. It provides a seamless, durable, and hygienic flooring solution that meets the stringent requirements of pharmaceutical and research laboratories. It is highly durable against heavy foot and equipment traffic, insuring long lasting performance.
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A low VOC primer that provides good flexibility, oil and corrosion resistance for use on industrial metal applications. It can be used as a universal primer under high-performance top coats such as two-component epoxy, polyurethane acrylic or alkyds.
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A two component polyester-epoxy coating with excellent exterior durability and gloss retention. When used as a topcoat with any of the Strathmore 4010 Zinc-Rich Primers, the 4010/3380 coating system exceeds the coatings requirements outlined in ANSI C57.12.28™-2005, “IEEE Standard for Pad-Mounted Equipment – Enclosure Integrity”.
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A two-component, high solids, zinc-rich primer designed to provide excellent corrosion, humidity, damage and chemical resistance. This product can be applied via spray, brush, roll and flow coat. Fully-cured films exhibit extreme hardness, abrasion resistance and excellent corrosion resistance on steel surfaces. The two-component epoxy portion exhibits excellent chemical resistance and barrier properties, while the zinc portion offers excellent sacrificial galvanic corrosion protection for steel. When used as a primer with approved top-coats, the system exceeds the requirements of numerous IEEE/ANSI enclosure integrity specifications as well the high-corrosion requirements of ISO 12944, ISO 20340 and numerous OEM specifications. If allowed to weather before topcoating ensure all zinc salts are removed prior to topcoating.
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A two-component, high solids, zinc-rich primer designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films exhibit extreme hardness, abrasion resistance and excellent corrosion resistance on steel surfaces. When used as a primer for approved top coats, the system exceeds the requirements of numerous IEEE/ANSI enclosure integrity specifications, as well the high-corrosion requirements of ISO 12944, ISO 20340 and numerous OEM specifications.
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A two-component, high solids, zinc-rich epoxy polyamide primer designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured exhibit extreme hardness, abrasion resistance and excellent corrosion resistance on steel surfaces. When used as a primer for approved top coats, the primer-containing system exceeds the requirements of numerous IEEE/ANSI enclosure integrity specifications, as well the high-corrosion requirements of ISO 12944, ISO 20340 and numerous OEM specifications.
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A two-component, high solids, zinc-rich primer designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films exhibit extreme hardness, abrasion resistance and excellent corrosion resistance on steel surfaces. When used as a primer for approved top coats, the system exceeds the requirements of numerous IEEE/ANSI enclosure integrity specifications as well as the high-corrosion requirements of ISO 12944, ISO 20340 and numerous OEM specifications.
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A two-component, high solids, low-VOC primer and topcoat designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films exhibit extreme hardness, abrasion resistance and excellent resistance to hot oils. Formulated for optimum application by roller. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F / 163°C) for extended periods of time.
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A two-component, high solids topcoat designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films exhibit extreme hardness, abrasion resistance and excellent resistance to hot oils. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F) for extended periods of time.
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A two-component, high solids topcoat designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films are hard, abrasion resistant and have excellent resistance to hot oils. Formulated for optimum application by spray. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F/ 163°C) for extended periods of time.
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A two-component high solids, ultra low-VOC topcoat designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films are hard and have excellent resistance to hot oils. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F / 163°C) for extended periods of time.
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A two-component high solids primer designed to provide excellent corrosion, humidity, damage and chemical resistance. Fully-cured films are hard and exhibit excellent resistance to hot oils. Formulated with specific solvents to aid in application. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F / 163°C) for extended periods of time.
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A two-component high solids, low-VOC primer and topcoat designed to provide excellent corrosion, humidity, damage and chemical resistance. This special off-white version offers fully-cured films exhibit extreme hardness, abrasion resistance and excellent resistance to hot oils. In addition, fully-cured films are non-lifting and resistant to hot transformer oil (325°F / 163°C) for extended periods of time.
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A fast air-drying, single-package, high solids, VOC-compliant, low HAPS coating with excellent corrosion, humidity and damage resistance. This product has superior adhesion to a wide variety of surfaces including shot blast and smooth steel, galvanized pipe, plastic, copper, brass and aluminum. The primer is also an excellent intermediate tie-coat for previously painted surfaces which are difficult to topcoat. Recommended for use in interior transformer tank applications that require continuous immersion in transformer oil at temperatures up to 200°F (93°C). It also passes GE Turbine and Generator test requirements for continuous immersion in GE oil at temperatures up to 250°F (121°).
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One component, fast dry alkyd varnish, lift resistant primer that develops a hard coating.
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A two component, novolac modified epoxy formulated for use as a liner in tank cars carrying clay and calcium carbonate.
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A two component, high solids, modified epoxy formulated for use as a primer in conjunction with Stratholiner 7150 and 7200, to form a protective lining system with excellent resistance to acetic and hydrochloric acids. Typical use will be a tank car lining system for acetic and hydrochloric acids as well as dry bulk hopper cars with residual process acids.
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Formulated for use as a topcoat over Stratholiner 7100 or an intermediate coat between Stratholine 7100 & 7200. These systems produce a high chemical resistant protective lining with excellent resistance to acetic and hydrochloric acids. Used for dry bulk service in hopper cars carrying EVA, PTA, Adipic acid and other commodities, which may contain residual process acids.
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This product is formulated for use as a topcoat over Stratholiner 7100 primer and Stratholiner 7150 intermediate coat to form a protective lining system with excellent resistance to adipic, acetic and hydrochloric acids.
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Cleaning agent used for degreasing and cleaning contaminated surfaces prior to painting. This product is biodegradable and can be used on both painted and unpainted surfaces.
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TC-55 Sealer may be used as an adhesive and/or sealer with cementitious sprayed fire resistive materials and insulation products. TC-55 Sealer improves adhesive bond of fireproofing and insulation products to steel, concrete and other substrates. When applied as a topcoat/sealer, it improves most physical characteristics, reduces air erosion losses and may be used to color the fireproofing or insulation surface.
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A zinc-filled, high temperature resistant primer for the protection of steel substrates at elevated temperatures up to 800°F (426°C). Excellent for use as both a new construction or maintenance primer for high heat steel surfaces. Suitable for use in any process industry where hot surfaces need corrosion protection.
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Thermaline 4000 is a high heat polymer coating used for the protection of equipment operating at elevated temperatures. It is typically used over Carbozinc® inorganic zinc primers for outstanding corrosion protection and heat resistance. The combination of the zinc primer with this finish provides exceptional performance in durability. Unlike most high temperature silicone-based technologies with soft films, Thermaline 4000 does not require a heat cure for film forming properties. It cures hard rapidly under ambient conditions (humidity greater than 30%).
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Thermaline 4000 Aluminum is a high heat polymer coating used for the protection of equipment operating at elevated temperatures. It is typically used over Carbozinc® inorganic zinc primers for outstanding corrosion protection and heat resistance. The combination of an inorganic zinc primer with this grey-aluminum finish provides exceptional performance in durability. Unlike most high temperature silicone-based technologies with soft films, Thermaline 4000 Aluminum does not require a heat cure for film forming properties. It cures hard rapidly under ambient conditions (humidity greater than 30%).
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Thermaline 440 (formerly Thermaline 400 EU) is a high performance, heat resistant epoxy phenolic that specializes in providing color for uninsulated piping and equipment. This immersion-grade coating which has excellent resistance to wet/dry cycling conditions at elevated temperatures when using dry grind pigments. This formulation allows for use on hot steel substrates under insulation operating continuously up to 400°F (204°C). It has excellent chemical resistance properties to handle the corrosive effects of wet insulation under thermal cycling conditions.
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Highly cross-linked, glass-flake filled polymer that offers exceptional barrier protection and resistance to wet/dry cycling at elevated temperatures. Suitable for insulated or uninsulated pipes, stacks and equipment operating up to 450 °F (232 °C). This coating provides excellent resistance to corrosion, abrasion and permeation, and its novolac-modification resists severe chemical attack. This extreme performance product has decades of performance and is recommended for CS-1,3,4 and SS-1,2,3 systems of NACE SP0198 Standard Practice for coatings to control corrosion under insulation (CUI).
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A high performance immersion-grade coating system which has excellent resistance to wet/dry cycling conditions at elevated temperatures. It is typically used on hot steel substrates under insulation operating continuously up to 400°F, 204°C. It has excellent chemical resistance properties to handle the corrosive effects of wet insulation under thermal cycling conditions. This coating is recommended for NACE SP0198 Standard Practice for coatings to control corrosion under insulation (CUI) system numbers CS-1, CS-3, CS-4, SS-1, SS-2, and SS-3.
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High-performance finish for areas exposed to extreme temperatures. Suitable for service from 400°F-1004°F (204°C-540°C) Color stability at maximum temperature will depend on color selected.
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High-performance finish for areas exposed to extreme temperatures. Suitable for service from 400°F-1004°F (204°C-540°C) Color stability at maximum temperature will depend on color selected.
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High-performance finish for areas exposed to extreme temperatures. Suitable for service from 400°F-1004°F (204°C-540°C) Color stability at maximum temperature will depend on color selected.
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Description:
High-performance finish for areas exposed to extreme temperatures. Suitable for service from 400°F-1004°F (204°C-540°C) Color stability at maximum temperature will depend on color selected. .
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Corrosion resistant primer used over carbon steel in areas exposed to extreme temperatures. Suitable for service from 400°F - 1200°F. Thermaline 4765 may be used in high temperature service under insulation when top coated with Thermaline 4700.
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Air-dried coating available in colors and suitable for 450°F (232°C) high temperature exposures. Air-drying characteristics allow for faster handling of in-shop applications than with other high-temperature coatings. Heat cure above 300°F (149°C) is recommended and will impart added strength and integrity to the coating.
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Air-dried coating available in colors and suitable for high temperature exposures up to 525°F (273°C). Air-drying characteristics allow for faster handling of in-shop applications than with other high-temperature coatings. Heat cure above 300°F (149°C) is recommended and will impart added strength and integrity to the coating.
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Air-dried coating available in colors and suitable for high temperature exposures up to 500°F (260°C). Air-drying characteristics allow for faster handling of in-shop applications than with other high-temperature coatings. Heat cure above 300°F (149°C) is acceptable and will impart added strength and integrity to the coating.
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Description:
Air-dried coating suitable for high temperature exposures up to 525°F (273°C). Air-drying characteristics allow for faster handling of in-shop applications than with other high-temperature coatings. Heat cure above 300°F (149°C) is acceptable and will impart added strength and integrity to the coating.
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This is an extreme performance coating for hot, cryogenic and cycling exposures. Thermaline Heat Shield contains a unique blend of plate-like reinforcing pigments fortified with an inert polymeric matrix. The resulting film provides an outstanding barrier against corrosives and harsh exposures typically seen in elevated temperature environments. This versatile coating is ideal for all piping, vessels and equipment operating from cryogenic conditions up to 1200°F. It is particularly well suited to prevent corrosion under insulated equipment/piping for both carbon steel substrates and stainless steels. This fortified coating has superior shop handling properties over standard silicone coatings (see Curing). It is recommended for CS-6 and SS-5 systems of NACE SP0198 Standard Practice for coatings to control corrosion under insulation (CUI).
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Thermo-Lag® 220 is designed to limit the spread of flame across interior wood substrates.
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Thermo-Lag 3000-P is a flexible, two-component epoxy Intumescent Fireproofing coating designed to provide asset integrity from the damaging effects of hydrocarbon fires. Since 1999 Thermo-Lag 3000-P has provided fire protection in the harshest of environments, such as oil, gas, refineries, power, marine, petrochemical, and LNG facilities. Thermo-Lag 3000-P has been extensively and independently tested in accordance with: UL 1709, UL 2431 Category I-A, ISO 834-3, IMO FTP Code (IMO A.754(18) for H-0, H-60 & H-120 Divisions, ASTM E84, ASTM E119, ISO 20340, NORSOK M-501 5A Fire and Corrosion Testing, and NFPA 290 (extended to 150 minutes).
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Thermo-Lag 3000-SP is a flexible, two-component epoxy Intumescent Fireproofing coating designed to provide asset integrity from the damaging effects of hydrocarbon fires. Since 1999 Thermo-Lag 3000-SP has provided fire protection in the harshest of environments, such as oil, gas, refineries, power, marine, petrochemical, and LNG facilities. Thermo-Lag 3000-SP has been extensively and independently tested in accordance with: UL 1709, UL 2431 Category I-A, ISO 834-3, IMO FTP Code (IMO A.754(18) for H-0, H-60 & H-120 Divisions, ASTM E84, ASTM E119, ISO 20340, NORSOK M-501 5A Fire and Corrosion Testing, and NFPA 290 (extended to 150 minutes).
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An epoxy intumescent fireproofing for commercial and light industrial applications. It was specifically designed with an advanced formulation to provide 1-3 hour cellulosic fire protection for structural steel beams, I-section columns, tubular columns and pipes without the need for reinforcing mesh. It provides a fast curing, aesthetically pleasing fire protection solution and is rated for both exterior and interior applications.
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An epoxy intumescent fireproofing for commercial and light industrial applications. It was specifically designed with an advanced formulation to provide 1-3 hour cellulosic fire protection for structural steel beams, I-section columns, tubular columns and pipes without the need for reinforcing mesh. It provides a fast curing, aesthetically pleasing fire protection solution and is rated for both exterior and interior applications.
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Thermo-Sorb® is a decorative thin film intumescent coating designed for the fire protection of steelwork for up to a 3 hour fire rating, depending on the design. The recommended use for this product is fireproofing of interior steel beams, columns, tubes, and pipes.
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A thin film intumescent coating designed for the fire protection of steelwork for up to a 4 hour fire rating depending on the design. The recommended use for this product is fireproofing of interior steel beams, columns, tubes and pipes.
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A decorative thin film intumescent coating designed for the fire protection of steelwork for up to a 3 hour fire rating, depending on the design. The recommended use for this product is fireproofing of interior steel beams, columns, tubes, and pipes.
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An aggregate filled polyurethane moisture control system that develops cure strength approximately 2 times that of the concrete base to which it is applied. The monolithic topping exhibits excellent physical and mechanical strength as well as moisture vapor reduction.
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