Coatings, Linings, and Fireproofing
Distribution Centers: Warehouses and stocking distributors across North America
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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Case Histories
BBVA Tower is an under construction skyscraper in Mexico City, which will be the tallest building in Mexico City for a while.
The new museum project is under construction at 103A Avenue, between 97 Street and 99 Street, beside the CN Building and across from the Law Courts. It will become a vibrant part of the downtown arts district. It is housed on the grounds of a former Canada Post distribution centre. Project consisted of approximately 3,000 bags of Southwest Type 5GP and 1,000 gallons of A/D Firefilm III
Rogers Place Arena, new home of the Edmonton Oilers, will be a multi-use indoor arena in Edmonton, Alberta. The facility will be used for ice hockey, other indoor sports, concerts, and events. Construction started March 2014, & is expected to open before the 2016–17 NHL season. It will have a seating capacity of 18,641 for hockey & 20,734 as a concert venue. This new state-of-the-art facility will encompass world class architecture & futuristic open atrium spaces.
The Rainy River project is an advanced-stage gold project situated in Richardson Township, approximately 65 km northwest of Fort Frances in Northwestern Ontario. The project contemplates a 21,000 tonne per day processing rate from a combination of open pit, underground and stockpiled ore. The project is expected to produce 325,000 ounces of gold annually.
The recently announced Qualico Training Centre is a key legacy piece for the 2017 Canada Summer Games and will add 120,000 square feet to the Canada Games Sport for Life Centre.
The Canadian Museum for Human Rights is a national museum located in Winnipeg, Manitoba. The purpose of the museum is to "explore the subject of human rights with a special but not exclusive reference to Canada, in order to enhance the public's understanding of human rights, to promote respect for others and to encourage reflection and dialogue." It held its opening ceremonies in September 2014. The project consisted of approximately 7,500 gallons of A/D Firefilm III that was applied to the exposed structural steel.
The Bow is a 158,000-square-metre (1,700,000 sq ft) office building for the headquarters of Encana Corporation and Cenovus Energy, in downtown Calgary, Alberta. The building is currently the second tallest office tower in Calgary, and second tallest in Canada outside Toronto. The Bow is also considered the start of redevelopment in Calgary's Downtown East Village. It was completed in 2012 and was ranked among the top 10 architectural projects of 2012 in Canada. The project consisted of approximately 8,000 gallons of A/D Firefilm III that was applied to the exposed structural steel in the building's atrium spanning over 50 stories high.
The new University City will be constructed based on the requirements of the segregation policy with two adjacent campuses, one for male students and one for female students.
Qualcomm Stadium, the home of the San Diego Chargers required a coating which could withstand the heavy traffic abuse from millions of patrons, rubber wheeled traffic, UV exposure, and daily cleaning
Renovation and weld inspection for the O'Hare Airport Maintenance Building. This building warehouses and maintains all of the City's vehicles used to maintain the Airport. During a severe snowstorm enough snow fell on the roof causing a partial collapse of the roof. The roof was retrofitted with a huge tubular truss system so that the roof will never collapse again
Fireproofing -- Intumescent
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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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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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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Thermo-Lag® 220 is designed to limit the spread of flame across interior wood substrates.
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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-A is an architectural grade, 100% solids epoxy based intumescent designed to fireproof steelwork for up to a 4 hour fire rating, depending on the design. The recommended use for this product is fireproofing of steel beams, columns, tubes, pipes, vessel skirts, bulkheads, underdecks and electrical raceways.
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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-SA is an architectural grade, 95% solids epoxy based intumescent designed to fireproof steelwork for up to a 4 hour fire rating, depending on the design. The recommended use for this product is fireproofing of steel beams, columns, tubes, pipes, vessel skirts, bulkheads, underdecks and electrical raceways.
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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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Fireproofing -- Cementitous
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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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 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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A 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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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. Southwest Type 5GP is a trademark of the Southwest Fireproofing Products Company.
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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. Southwest Type 5MD is a trademark of the Southwest Fireproofing Products Company.
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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. Southwest Type 7GP is a trademark of the Southwest Fireproofing Products Company.
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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. Southwest Type 7HD is a trademark of the Southwest Fireproofing Products Company.
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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. Southwest Type 7TB is a trademark of the Southwest Fireproofing Products Company.
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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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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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Steel Primers
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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Universal alkyd metal primer formulated with rust inhibitors to provide long term protection of structural steel. It provides excellent adhesion and can be welded through to yield sound welds. It can be topcoated with a variety of finishes such as polyurethanes, epoxies, alkyds, and acrylics.
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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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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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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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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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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 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. 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 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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Aluminum-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 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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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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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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Ultra-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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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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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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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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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 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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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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Finishes
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, air-dry enamel that is used as a self-priming, non-skid finish for light duty to medium use foot traffic. Low-profile aggregate provides exceptional non-slip properties even when wet. This product has excellent application characteristics, fast dry properties and very good corrosion protection as a direct to metal coating.
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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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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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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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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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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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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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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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Thick Film Claddings
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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Direct to Metal Finishes
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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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 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 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, 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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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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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 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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Insulative Coatings
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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Ultra Weatherable Finishes
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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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 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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Wall Coatings
A high-quality, 100% acrylic-copolymer elastomeric wall coating with excellent durability and superior flexibility. With 400% elongation, allows expansion in concrete and masonry surfaces, bridging small cracks, and covering minor surface defects. Used as a high build exterior/interior finish for industrial or commercial use on concrete, unglazed brick, stucco, open texture block, and properly prepared wood or steel.
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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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Universal bonding primer that adheres tenaciously to virtually any surface including difficult-to-coat substrates like galvanized and stainless steel, aluminum, PVC, FRP and ceramic tile. Designed for topcoating with most generic types.
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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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A water-based epoxy acrylic finish that is easy to apply, has an attractive gloss appearance, and has good chemical resistance. It is used primarily in more light to moderate exposures on walls and structural components.
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A water-based epoxy acrylic finish that is easy to apply, has an attractive semi-gloss appearance, and has good chemical resistance. It is used primarily in more light to moderate exposures on walls and structural components.
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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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A water-based epoxy finish that is easy to apply, has an attractive high gloss appearance, 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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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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A hard, tough, abrasion resistant epoxy with a high gloss attractive appearance. It exhibits excellent brush and roll characteristics and has excellent chemical resistance. It is used in moderate to aggressive duty service to provide a tile-like surface on walls and structural components. May also be used for light to moderate duty floors.
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A solvent-free, low odor epoxy coating that can be applied direct to substrate. Sanitile 755 has outstanding wetting properties that permit its application direct to concrete, CMU, or steel surfaces. Normally applied in 1 or 2 coats, it will seal and protect walls, ceilings and equipment from aggressive chemicals and cleaning. This one product performs a multitude of tasks on a single project from steel protection to sealing concrete and CMU surfaces.
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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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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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Bonding Primers
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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Dudick Flooring
Dudick Inc. is a world leader in High Performance Coatings, Floorings, and Tank Linings.
Training
We started out offering a free corrosion school to customers who wanted a general understanding of the basics of corrosion. Over the years, our educational portfolio has expanded to include an industrial and commercial fireproofing school and a rail school.
In 2015, a brand-new training center was built at the Global Research, Development, and Innovation center in St. Louis, Missouri. The training center has a classroom and a large product application area equipped with spray booths so customers can get hands-on experience with Carboline products. We also have a series of on-demand webinars available for customers who cannot attend in-person sessions. A list of upcoming schools can be found here. To sign up to be notified of future schools, fill out the form here.
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A Beginner's Guide to Passive Fire Protection
FIREPROOFING
New to the world of fireproofing? Learn all the basics of passive fire protection—from what it is and why it's important to best practices and fire test standards