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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 of steel and concrete in single or two-coat applications in a broad variety of aggressive industrial applications.
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CAR 100 is a solvent-free epoxy novolac ceramic system for the repair of steel surfaces subject to erosion, corrosion and chemical attack. CAR 100 will provide a surface that should also improve flow and equipment efficiency. It may be applied in a single coat application up to 500 microns without slumping. Multiple coats will be necessary in extreme circumstances.
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CAR 200 is a solvent-free epoxy novolac ceramic sphere system for the re-profiling of steel surfaces subject to abrasion. CAR 200 can be overcoated with CAR 100 to provide a smooth surface that will improve flow and equipment efficiency. CAR 200 may be applied in a single coat application at 3 to 5mm without slumping. Multiple coats with steel reinforced mesh will be necessary in extreme circumstances.
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CAR 300 is an epoxy novolac ceramic system for the repair of steel surfaces subject to erosion, corrosion and chemical attack. CAR 300 will provide a surface that should also improve flow and equipment efficiency. It may be applied in a single coat application up to 400 microns without slumping. Multiple coats will be necessary in extreme circumstances. Easy to apply by brush or roller to achieve a smooth finish. An optional Part C is available for additional reinforcement when a paste is required.
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CAR 400 is a solvent-free epoxy blended with atomized steel alloys and cross-linked with unique fast curing high performance amines processed from renewable resources. The chemistry employed allows for rapid return to service even at low temperatures with options of low energy forced heat curing which achieves an extremely high level of cross-linking, resulting in improved mechanical performance and chemical resistance. The product is used to repair and rebuild worn steel surfaces subjected to erosion, corrosion and chemical attack. CAR 400 can be applied from thin skim, pit filling layers to 15mm rebuilds without slumping, and in its wet state is water mist smoothable. After 30 minutes in a semi-set putty state, the product is mouldable to desired shapes and once set can be machined to the exact tolerances which may be required.
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Single package primer, resistant to spillage of mild acids and alkalies, aliphatic solvents, etc., with suitable topcoat. Easy to apply by brush, roller or spray.
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An economical topcoat with good chemical resistance, flexibility and weathering properties. Compatible with a wide range of generic primers and intermediates. Easy to apply and rapid drying. Available in safety and coding colours.
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Carboclad 938 Primer is a medium build corrosion resistant primer which is easy to apply, fast drying and has good weathering properties.
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Carboclad 938 HB is a high build, low gloss, chemical resistant coating which is easy to apply, fast drying, with good weathering properties.
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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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A high gloss alkyd finish that dries to a uniform, touch film. It has very good application properties and can be used over properly primed metal surfaces. Compatible with most alkyd primers. Provides excellent protection in mild environments.
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An economical primer for protection of steel surfaces. Has desirable characteristics for shop application. Easy to apply by spray, fast drying with good wetting properties. Good resistance to atmospheric weathering. Most alkyd topcoats can be applied over Carbocoat GP-55 Primer FD.
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Carbocoat GP-64 Undercoat is a moderately fast drying universal undercoat. It has excellent flexibility and good abrasion resistance. It can be applied over most alkyd primers, as an intermediate coat or as a flat finish.
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Carbocrylic is a high solids topcoat with good weathering capabilities. Offers a glossy, smooth, hard finish that is easy cleanable. One coat application capable.
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A high quality acrylic latex coating formulated from durable 100% acrylic resins to protect and beautify exterior surfaces.
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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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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 tank exteriors, piping, and structural steel, as well as other exterior and interior uses. 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.
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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 165 is a solvent-free, surface tolerant, single coat epoxy system which provides excellent protection against fumes, frequent splash and spillage. The cured film is tough and abrasion resistant.
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An economical, high build primer or intermediate coat. Cures to hard, tough film with excellent sub-film corrosion resistance. Carboguard 193 has excellent adhesion and better tolerance of field application variables than other types of coatings. It is also recommended for shop application.
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Fast drying primer / finish with excellent water resistance.
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Self-priming epoxy lining with excellent adhesion, flexibility and abrasion resistance. May be applied directly to a properly prepared steel surface to provide outstanding corrosion protection.
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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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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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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 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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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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Carboguard 880 is a high solids, low VOC, fast cure and corrosion resistant epoxy coating. It can be used as a primer or an intermediate coat over recommended primers. It 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 shop fabrication applications.
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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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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. Serves as stand-alone system for a variety of chemical environments and is also designed for various immersion conditions.
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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. Carboguard 890 GF 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 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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High solids, high-build potable water coating widely used for lining interior steel and concrete tanks, valves and pipes. Formulated for application at conventional builds (100 to 150µm per coat) as well as high builds (250µm per coat).
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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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Polyethylene-enhanced abrasion resistant primer / finish with superior resistance to algae and other filimenticious growth. Used for process water and wastewater immersion, lining railcar hopper interiors, coal bunkers, hydro bins and dust collectors.
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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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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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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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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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Aluminium-pigmented, low-stress, high solids mastic with a proven field history. 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 ISO 8501 St2 or St3 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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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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This high build zinc filled primer penetrates and encapsulates rust and provides galvanic protection over clean, bare metal. Aluminium platelets form a labyrinth which provides excellent resistance to penetration. Very tolerant to salt contamination over cleanest practical surface, making Carbomastic 96 more suitable for coastal environments. Compatible over most coatings and old paint, is readily topcoated with many generic types.
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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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Carbothane 134 is a glossy, tile-like, attractive topcoat, produces a smooth, slick and hard film which is readily cleaned. Carbothane 134 has very good resistance to splash and spillage of acids, alkalies and most solvents. It exhibits excellent resistance to splash and spillage of salts and water.
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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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A hard, tough urethane coating having outstanding resistance to abrasion and wear. Can be made non-skid where desired. Film is flexible, glossy, stain and mar resistant. Has greater resistance to wear and abrasion than deck enamels. Surface is easily cleaned. Resistant to most chemicals and solvents, oil and grease.
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Carbothane 137 HS is a fast-drying, high build, two component polyurethane coating which exhibits excellent dry times and handling characteristics required by Original Equipment Manufacturers. Has excellent UV resistance and good corrosion resistance in direct to metal applications for C1 to C3 environments, over primers for C4 to C5 environments.
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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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A weldable pre-construction inorganic zinc primer for shop use only.
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A weldable pre-construction inorganic zinc primer for shop use only.
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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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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 primer that protects steel galvanically in 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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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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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 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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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 360g/litre VOC (thinned) and is used extensively in virtually all industrial markets.
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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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A two-component, high solids, zinc rich epoxy primer formulated for the protection of properly prepared steel substrates. Carbozinc 879 can be applied by conventional, airless or plural component spray. Recommended where a high performance, high corrosion resistant zinc primer is desired. Typical applications include structural steel, tanks, piping, equipment and other miscellaneous parts in industrial, offshore or architectural projects.
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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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A dense cross-linked polymer which exhibits outstanding barrier protection against a variety of chemical exposures. Glass flake filled to provide excellent abrasion resistance, permeation resistance, and internal reinforcement
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Highly cross-linked coating with exceptional chemical resistance. Widely used as a tank lining system in the petrochemical industry as well as in other aggressive immersion conditions like jet fuel, municipal and industrial waste water.
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Highly cross-linked primer with exceptional chemical resistance. Widely used as a tank lining primer in the petrochemical industry as well as in other aggressive immersion conditions like jet fuel, municipal and industrial waste water as part of the tank lining system. Can also be used as a protective coating under insulation due to its excellent resistance to wet and dry cycling conditions at elevated temperatures.
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A heavy-duty primer with excellent bond to most surfaces, including steel and concrete. Outstanding resistance to severe chemicals, alkalies, salts and solvents. Excellent resistance to sub-film corrosion.
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Phenoline 302 is one of the most resistant topcoats of the Phenoline series for immersion service. It has very good resistance to abrasion, including slurries. After the final cure there is no leaching of resins or catalyst. Excellent general tank lining material because of its overall chemical resistance.
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A heavy-duty topcoat, Phenoline 305 Finish sets to a hard, tough, smooth finish having very good abrasion resistance. The surface is glossy and easily cleaned. Has excellent resistance to a wide range of solvents, alkalies, cleaning solutions and acids entrained vapours of high concentration.
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Phenoline 305 Primer is a heavy-duty, high build primer having excellent adhesion to steel. Phenoline 305 Primer has excellent resistance to a wide range of solvents, alkalies and entrained acid vapours when topcoated with Phenoline 305 Finish. Phenoline 305 Primer is easily repaired and has excellent resistance to hydraulic fluids. A system of Phenoline 305 Primer / Phenoline 305 Finish meets the applicable performance criteria of ANSI N5.12-1974.
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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 341 is a solventless epoxy lining for a variety of cargos including water, potable water, wastewater, seawater, fuels, crude oils, and other solutions. It is applied by standard airless spray equipment, as a single coat lining for ballast tanks or other storage vessels. It is acceptable for use as a lining for potable water tanks of 75 gal or larger and pipe diameters of 16 inches or larger.
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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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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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Phenoline 921 is a self-priming, high solids, high build epoxy mastic that can be applied by spray, brush or roller for a variety of service conditions. The cured film provides a tough, cleanable and aesthetically pleasing surface. Serves as a stand-alone system for a variety of chemical environments and is also designed for various immersion conditions.
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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 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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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 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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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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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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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. Specially formulated with high abrasion resistant fillers for outstanding abrasion and thermal shock resistance.
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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. 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 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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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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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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Plasite 9060 LT is a high performance tank lining with curing characteristics allowing the coating to be applied and cure at temperatures as low as 35°F (2°C) while achieving unmatched chemical resistance in caustic, acid, solvent and ethanol service. The diversity of chemical resistance and unique low temperature curing allows the owner flexibility with their equipment. For industrial use only.
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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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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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Polyclad 777 Medium 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 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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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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Polyclad 951 flowliner is an epoxy lining for “dry” natural gas transmission pipelines. It is designed to increase flow efficiency of natural gas in pipelines. This lining provides a smooth surface inside the pipe that will increase flow and reduce energy cost of transporting natural gas. Polyclad 951 offers corrosion protection of pipes during storage. It fully meets criteria of API RP 5L2 for gas transmission pipelines.
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Polyclad 952 flowliner is an epoxy lining for “dry” natural gas transmission pipelines. It is designed to increase flow efficiency of natural gas in pipelines. This lining provides a smooth surface inside the pipe that will increase flow and reduce energy cost of transporting natural gas. Polyclad 952 offers corrosion protection of pipes during storage. It fully meets criteria of API RP 5L2 for gas transmission pipelines.
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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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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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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 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 is applied directly over FBE as an abrasion resistant overlay (ARO) and provides superior protection in rocky, rough and mountainous environments. It absorbs the destructive energy and minimizes coating damage.
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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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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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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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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 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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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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Rustbond FC 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 encapsulted 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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Rustbond Penetrating Sealer is a crosslinking penetrating sealer with excellent wetting properties. It is highly flexible with good chemical and solvent resistance, and accepts a variety of topcoats.
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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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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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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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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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High performance, 100% solids, novolac epoxy coating designed for concrete protection against chemical attack and physical abuse. This coating has been specially formulated with vertical film build characteristics for application to walls (and floors alike) to provide an outstanding barrier against some of industry’s most aggressive chemicals, including 98% sulfuric acid as well as many organic chemicals and solvents.
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Semstone 5301HT is a highly versatile epoxy novolac vinyl ester coating and lining system with a unique combination of toughness and resistance to mechanical abuse along with excellent resistance to a wide range of chemical exposures. Its high build characteristics make it an excellent choice for coating structural steel and as an exterior coating. Semstone 5301HT has enhanced resistance to solvents, both organic and inorganic acids, and dry heat exposure.
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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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A protective coating for medium to high temperature service where colour is required. The coating will withstand thermal shock from 204°C to 0°C and temperature surges to 260°C. Exhibits excellent weathering properties, thereby making it suitable for use as a topcoat in coastal and harsh industrial environments. Heat cure above 150°C is recommended and will impart added strength and integrity to the coating.
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A heat resistant primer for use on steel substrates that may reach up to 800°F (426°C).
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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 up to 204°C. It has excellent chemical resistance properties to handle the corrosive effects of wet insulation under thermal cycling conditions. This finish is typically used with Thermaline 400 Primer as a two-coat system.
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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 up to 204°C. It has excellent chemical resistance properties to handle the corrosive effects of wet insulation under thermal cycling conditions. This primer is used with Thermaline 400 Finish as a two-coat system.
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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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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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Single package coating that withstands continuous temperatures of 540°C and surges up to 650°C. Only one coat is required, but may be applied over Carbozinc 11 base coat for superior performance. A Carbozinc 11 base coat prevents rusting of steel and rust streaks during shutdown or when operating temperature falls below 93°C.
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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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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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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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A two-component, high performance coating which has outstanding resistance to wet / dry cycling conditions at elevated temperatures. Film is internally reinforced with a combination of aluminium and micaceous iron oxide (MIO) flake for superior barrier and thermal shock resistance. While it is typically used to protect steel substrates under insulation operating up to 649°C, it can also be used on non-insulated steel surfaces. It can handle cryogenic exposures and will cure effectively at ambient conditions to provide corrosion protection without additional heat curing. It has excellent chemical resistant properties to handle the corrosive effects of wet insulation under thermal cycling conditions. This product 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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A water based mastic that can be applied to electrical cables to retard fire propagation. Once applied, it meets code and insurance requirements for interior and exterior use. It provides a hard and flexible surface that will not dust, flake, or spall.
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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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