A high-temperature coating composition containing a graphite blend in an inorganic binder. Air-dry coating protects mating parts from seizing and galling at temperatures up to 1200°F (649°C).
A high-temperature coating composition containing a graphite/molybdenum disulfide blend in an inorganic binder. Air-dry coating protects mating parts from seizing and galling at temperatures up to 800°F (427°C).
A high-temperature coating composition with aluminum powder in an inorganic binder. Provides sacrificial corrosion protection to temperatures up to 1100°F (593°C) and heat oxidation protection to temperatures as high as 1600°F (871°C). Can be cured as low as 350°F (177°C). Not suitable for use on mild steel substrates.
Alseal 5050 is a single component, chrome-free coating composition formulated to protect ferrous alloys from both high temperature heat oxidation and at the same time offer sacrificial (cathodic) protection to the base metal.
A high-temperature coating composition containing aluminum powder in an inorganic binder. Provides sacrificial corrosion protection to temperatures up to 1100°F (593°C) and heat oxidation protection up to 1600°F (871°C). Must be cured at a minimum temperature of 400°F (204°C). Suitable for use on all steel substrates.
Formulated to provide smoother surface finishes and higher erosion resistance than Alseal 518 while still providing all the corrosion protection and high-temperature properties.
Contains a finer blend of aluminum powders than Alseal 519, providing an even smoother surface finish.
A high-temperature coating composition containing zirconium oxide powder in an inorganic binder. Protects ferrous alloys against thermal oxidation and corrosion. Withstands service temperatures in excess of 2000°F (1093°C) and is very tolerant to thermal cycling.
A high-temperature dip-applied coating composition with aluminum powder in an inorganic binder. Provides sacrificial corrosion protection to temperatures up to 1100°F (593°C) and heat oxidation protection to temperatures as high as 1600°F (871°C). Can be cured as low as 350°F (177°C). Not suitable for use on mild steel substrates. Alseal 585 exhibits an increased viscosity …
A one-component, self-priming ceramic coating that contains particulate molybdenum disulfide. Stable up to 800oF (427oC). Self-priming, so it can also be used alone as a lubricant or release agent.
A completely chromium-free aluminum ceramic coating with no known carcinogens, HAPs or VOCs, Alseal 5K provides sacrificial corrosion protection and heat oxidation protection to temperatures of 1100°F (593°C).
Alseal 625 is a slurry applied diffusion aluminide coating made of aluminum and silicon powder in an inorganic binder. The aluminide formed from diffusion into Cobalt or Nickel based alloys provides a very wear resistant and heat oxidation resistant surface.
An aluminum-ceramic coating formulated to readily polish to a reflective finish that remains bright and shiny up to 1100°F (593°C) without discoloring. Used on hot automotive components as an alternative to bright chrome plating.
Water-based one-component aliphatic urethane coating that exhibits extreme elongation and flexibility for protecting fabric and textiles. Provides good erosion resistance. Provides electrostatic dissipation by using next generation conductive pigments which will not lose efficacy over time like traditional carbon pigments. Conductivity range is 106 to 108 ohms per square.
Water-based one-component aliphatic urethane coating that exhibits extreme elongation and flexibility for protecting fabric and textiles. Provides good erosion resistance.
Two component, polyester aliphatic urethane finish coating for high-performance flooring. Resists tire marking under the heaviest of loads, making it ideal for heavy wheeled-traffic applications Abrasion resistance is 3x better than standard epoxy flooring Non-yellowing, non-chalking properties combined with excellent abrasion, chemical, solvent and good heat resistance properties Provides excellent gloss retention and will continue …
Two-component, thin-film, low VOC, UV stable, high-wear urethane topcoat. Available in standard colors and clear; full gloss only. Ideally used as a finish coat over an epoxy or polyaspartic intermediate coat in heavy traffic environments where low VOC, low odor, and UV resistance are required. Highly UV stable topcoat Excellent abrasion resistance Very low odor …
Two component, high solids, low VOC, UV stable, high-wear urethane coating with a satin finish and light anti-slip texture. UV stable Excellent abrasion resistance Very low odor Good chemical resistance Light anti-slip texture
Two component, catalyzed, nonskid epoxy coating for use with heavy vehicular traffic. Provides safer footing and better traction for personnel and equipment Excellent chemical resistance to acids, alkalies, solvents, and fuels
Two component, rapid curing, self-sealing, heavy duty, nonskid epoxy coating. Designed to provide the highest possible level of anti-slip properties Superior toughness and corrosion resistance Excellent chemical resistance
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