The outer two ceramic surfaces act as the reflectors of heat and sunlight, including ultra violet rays. The effect of super therm comes from the fact that the bond formed by the inner side of the ceramic surfaces behaves like the insulation, much as the bottom cover of a battery. The bonding takes place due to the chemical properties of the acrylic resins that are used in the manufacture of this product.

The industry especially NASA needed a specific product that would be able to withstand high impact tolerance as well as be heat resistant. The need was also for the product to have high sustaining prowess to expansion and contraction. It was necessary that the product did not lose its physical nor chemical properties when placed under such duress. Super therm ceramic insulation compounds came to be due research for such a product.

Since then, the usage of super therm insulation has digressed and spread out to many other areas. They are now used as the cover for mobile homes or for livestock barns and even in grain bins and oil tank covers. The requirements of these sites are catered for by the versatile characteristics of the this ceramic insulation compound.

Prior to acceptance of this product for use, care needs to be exercised that authentic product is being supplied. There have been many instances where normal reflective painted products have been made to pass on as a super therm insulation surface. The only way to ensure such hoodwinking does not occur is by asking for test results of the product.

The usage and utility of super therm ceramic insulation is near limitless given its dual characteristic of insulation as well as reflection. It is very useful in usage at heavy industries or manufacturing facilities or even at recreational facilities.