Curran 500

An advanced two part 100% solids epoxy. It is a high build coating that can be applied by brush or roller in one coat to repair and protect steel surfaces in wet/immersion environments while still providing excellent corrosion resistance.

Curran 1000R

An advanced two part 100% solids epoxy coating designed specifically for high temperature immersion service in cooling water, hydrocarbons and process streams. This coating is an organic/inorganic hybrid that exhibits state of the art coating technology with exponential improvements in performance verses existing polymer technology. Can withstand multiple cycling and steam out events subjected to process equipment.

Curran 1200

An advanced two part (100% solids) epoxy coating designed specifically for high temperature immersion service in water and process streams (365 F, 185 C). This coating is an organic/inorganic hybrid that exhibits state of the art coating technology. It is formulated for high build sprayable applications, up to 40 mils in a single coat. Can withstand multiple cycling and steam out events subjected to process equipment.

Curran 1500

Curran 1500 is an advanced two part (100% solids) epoxy coating designed specifically for high temperature immersion service in water, hydrocarbons, and process streams (up to 365 F, 185 C). This coating is an organic/inorganic hybrid, is suitable for immersion services subjected to “cold wall” exposure, and is machinable when fully cured. Can withstand multiple cycling and steam out events subjected to process equipment.

Curran 2500

An ultra-low DFT advanced coating system targeted for refinery crude unit and FCC slurry fouling by enhancing tube lubricity and reducing surface tension. Curran 2500 is designed for high temperature DCU, VDU and FCCU crude services, and can be applied to tube exchangers, P&F exchangers and distillation tower components. In independent lab testing this coating has exhibited excellent anti-fouling and anti-coking performance, and is resistant to thermal cycling. Designed to withstand extreme temperatures up to 1200°F. May be applied to heat exchanger tubes, plate & frame exchangers, tube sheets, channels, exchanger components and crude heaters. Can be applied in-situ.

Other Materials (PFA and Sol Gels)

Phenolic Coatings, PFA/PTFE Coatings, and Sol Gel Coatings