Flame Control Coatings, LLC has commercialized TemperKote CUI-HS, a coating designed for CUI (corrosion under insulation) applications, as well as a new hi-heat primer, TemperKote 1000 Zinc Primer. TemperKote CUI-HS is a high-build, VOC compliant coating designed to prevent corrosion of metal surfaces under thermal insulation. The coating withstands severe thermal cyclic conditions to 1200°F (649°C), boiling water immersion and wet-dry-wet thermal cycling. It is formulated to form a protective bond to a variety of metals, providing corrosion protection under various types of thermal insulation. TemperKote CUI-HS has the additional benefit of being formulated for application to hot surfaces. The primer can be applied to metal exhibiting temperatures from ambient to 400°F (204°C). This feature allows for the repair and maintenance of hot equipment experiencing corrosion under insulation without complete shutdown resulting in a fast turnaround time to resume normal operating temperatures.
TemperKote 1000 Industrial Hi-Heat Corrosion Resistant Zinc Primer is a VOC compliant, two-component primer designed to impart corrosion resistance in severe environments. The primer withstands severe thermal cyclic conditions to 1000°F. It is formulated to form a protective bond to steel, providing corrosion protection under TemperKote 600 and 1000 color stable topcoats. These two products are the newest additions to Flame Control’s TemperKote line introduced in 2008, which consist of color stable coatings in a variety of colors that can withstand temperatures up to 1200°F.
TemperKote 1000 Industrial Hi-Heat Corrosion Resistant Zinc Primer is a VOC compliant, two-component primer designed to impart corrosion resistance in severe environments. The primer withstands severe thermal cyclic conditions to 1000°F. It is formulated to form a protective bond to steel, providing corrosion protection under TemperKote 600 and 1000 color stable topcoats. These two products are the newest additions to Flame Control’s TemperKote line introduced in 2008, which consist of color stable coatings in a variety of colors that can withstand temperatures up to 1200°F.
