Effective corrosion protection against some of the most aggressive chemicals, maximizing in-service time and profitability
Interbond 1202UPC is a universal pipe coating that provides external protection for above ground piping and accessories operating between -196ºC (-321ºF) and 650ºC (1202ºF). Interbond 1202UPC reduces coating complexity and overall project painting costs by standardizing coating specifications, providing excellent corrosion protection in a wide range of operating environments including corrosion under insulation (CUI) conditions. Based on an inorganic copolymer resin system, Interbond 1202UPC is compliant with the performance criteria of the ISO12944-9 cyclic aging test, without a primer.
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 two component, chemically resistant epoxy phenolic tank lining.
With an extensive global track record spanning over 25 years, Interzone 954 is a high solids two component modified epoxy ideal for protecting and maintaining steel structures in the most severe environments. Particularly suited to maintenance situations, Interzone 954 is designed to give long term abrasion and corrosion protection in a single coat application and will continue to cure when immersed in water. Interzone 954 can also be used as a deck coating with appropriate aggregate.
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. Based on alkylated amine epoxy technology, Interbond 2340UPC is a next generation epoxy phenolic coating for high temperature applications. Interbond 2340UPC delivers increased productivity and reduced rework costs compared to zinc silicate and traditional epoxy phenolic based systems.
Enviroline 405HTR offers high temperature performance alongside a wide ranging chemical resistance, for increased operational flexibility. Formulated with innovative polycyclamine technology, Enviroline 405HTR is a low VOC novolac epoxy lining that allows rapid return to service in just 14 hours, minimizing process disruption and reducing overall installation costs. Enviroline 405HTR offers high temperature resistance to 150°C (302°F) in a variety of cargoes including crude oil and produced water.
A high performance, two-component chemically-cured aliphatic urethane gloss finish.
An ultra-high build, high volume solids, two component catalysed epoxy, Interzone 485 is ideal for the long term protection of steelwork in severe environments where high abrasion and corrosion resistance are required. Interzone 485 provides excellent resistance to alkalis, chemicals and petroleum products, and when used in conjunction with appropriate aggregate, it provides a tough, durable non-slip deck system.
With proven track record spanning over 30 years, low VOC Interzone 1000 is a high build, two component epoxy coating pigmented with lamellar glass flake. Interzone 1000 extends asset lifetime by providing outstanding abrasion and corrosion resistance to steelwork located in the harshest offshore environments. Interzone 1000 can also be used in deck coating systems with appropriate aggregate.
A uniquely formulated cementitious material for sealing the surface gap at the interlock or clutch between piles prior to the application of a Intercrete cementitious anti-corrosion coating. Materials are pre-packaged in a convenient and easy to handle size, requiring only mixing on site. A unique blend of surfactants enables easy application with a pointing gun. Gel structure breaks down under shear to ensure complete filling.
Intercrete 4844 is self-priming, hydrates to provide an alkaline environment which chemically reacts with the substrate to accelerate the re-passivation of steel, providing excellent adhesion to steel and is tolerant to lower levels of steel preparation, including chloride contamination.
Coatings & fire protection for upstream oil & gas
Coatings & fire protection for downstream oil & gas
Linings & corrosion protection in water & waste
Corrosion protection for thermal power plants