With an extensive track record, our coatings are proven to extend the design life of the production facilities and improve cash flow due to less downtime.
Interbond 2340UPC is a universal pipe coating that provides external protection for process piping, valves and vessels operating between -196°C (-321°F) and 230°C (446°F), as well corrosion performance in accordance with the ISO12944-9 standard at ambient temperatures.
A two component, high temperature resistant topcoat based on inorganic silicate technology.
A single component, intermediate temperature finish based on temperature resistant silicone and acrylic resins with thermally stable pigmentation.Intertherm 1875has excellent brush and roll characteristics.
A highly crosslinked, two component, high build epoxy phenolic coating, Intertherm 228HS combines properties of corrosion and chemical resistance when used in high temperature service. Based upon novolac resin technology, Intertherm 228HS can be used in a wide range of highly corrosive environments operating at temperatures up to 230°C (446°F).
A single component, high temperature coating based on a moisture-curing silicone binder, Intertherm 50 is ideal for the protection of steel from corrosion at temperatures up to 540°C (1004°F). The moisture-curing crosslinking technology of Intertherm 50 allows multiple coats to be applied without heat curing.
A functional coating for identification of hot spots and internal insulation failures, Intertherm 715 exhibits a visual color change in response to temperature rise.
An innovative, high build, ‘cold spray’ applied coating, Intertherm 751CSA is based on titanium modified inorganic copolymer technology. Capable of providing corrosion protection, Intertherm 751CSA is a high performance coating applied using standard application equipment curing effectively at ambient temperatures.
A single component, temperature resistant finish coating, Intertherm 875 is based on silicone and acrylic resins with thermally stable pigmentation. Intertherm 875 does not require heating between coats and it is suitable for steelwork operating at temperatures up to 260°C (500°F) in a wide range of industrial environments.