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A two component, high temperature resistant topcoat based on inorganic silicate technology.
A single component, high temperature coating, based on a moisture curing silicone binder.The moisture curing crosslinking mechanism allows multiple coats to be applied without heat curing. Suitable for temperatures up to 540°C (1004°F).
A single pack, temperature indicating paint based upon a modified silicone.The colour changes from green to blue at temperatures between 180-220°C (356-428°F), and from blue to white at temperatures between 310-350°C (590-662°F).
A single component, intermediate temperature finish based on temperature resistant silicone and acrylic resins with thermally stable pigmentation.
A two component, high build, high temperature resistant 'cold spray' applied coating, based on titanium modified inorganic copolymer technology and pigmented with metallic aluminium flake.Intertherm 751CSA is a novel high performance coating that is applied using standard application equipment and cures effectively at ambient temperatures.
Universal Pipe Coating (UPC).Two component, ambient cure, titanium modified inorganic copolymer.
Designed specifically for the subsea market, Intertherm 3070 is a two component phenolic epoxy novolac with excellent high temperature resistance and compatibility with cathodic protection.
A highly crosslinked, two component, high build epoxy phenolic coating which combines properties of corrosion and chemical resistance when used in high temperature service. Intertherm 228HS is a next generation epoxy phenolic coating based upon novolac resin technology.
A high temperature pipe coating providing corrosion performance in accordance with the ISO 20340 standard at ambient temperatures delivering productivity savings compared to zinc silicate and phenolic epoxy based systems.Interbond 2340UPC is based upon alkylated amine epoxy technology allowing for fast cure and application in shop or on site.
A single component, thin film spray applied insulation coating with a wide range of end uses. Based upon waterborne acrylic technology, and applied using airless spray techniques, Intertherm 3350 is suitable for use on substrates operating up to 177°C (350°F).