Ceramic Thermal Insulation Paint

Each single ceramic microsphere is so small that it looks to the naked eye as if it is a single grain of flour slightly thicker than a human hair.

Ceramic thermal insulation paint.

A radiant heat reflecting insulating thermal barrier coating hy tech ceramic insulating paint additive is a fine white powder blend of high strength ceramic microspheres. They are nano engineered patented cutting edge thermal paint coatings that provide next generation performance beyond older non patented ceramic insulation products. This includes roofing surfaces such as metal felt asphalt aluminum and. Our products work well for forge coating and metalworking applications.

Developed from nasa technology hy tech ceramic insulating paint additive is a fine white powder blend of high strength ceramic microspheres. The manufacturer claims that its supertherm consists of a specially tuned compound of 4 different ceramics thermo dynamically tuned to cover the ir uv visible light spectrum the thermal. Thermal paint can improve heat retraction in a room thanks to paint additives that improve surface insulation. Our application delivers ceramic to the substrate with greater kinetic energy thermal mass resulting in higher substrate and particle to particle cohesive bonding.

Additionally our products are eco friendly and provide mold resistant and anti condensation properties without harmful biocides and other harsh chemicals which is a significant plus for sustainably minded companies. Saturn s unique rod form ceramic coatings are 100 molten at application. As an exterior surface coating insulating ceramic paints or coatings can be applied to the roof and sides of a building. It also works like heat reflective paints by reflecting excessive heat away from an external surface or substrate keeping indoor conditions cooler.

Whether you are blacksmithing smelting or working with molten metals itc high temp coatings hold up to almost any application because they are rated up to 5 000 fahrenheit 2760 celsius. It provides energy savings to buildings of up to 40 depending on the application layers number in heating and cooling energy costs. Each single ceramic microsphere is so small that it looks to the naked eye as if it is a single grain of flour slightly thicker than a human hair.