Kryoma differs fundamentally from conventional insulation materials because it doesn't rely solely on classic insulation values. While traditional insulation measures the time it takes for a certain amount of energy to travel from one side to the other, Kryoma uses an innovative resistance mechanism.

The material is permeated with microscopic air chambers that impede the flow of energy – essentially "putting obstacles in its way." This structure ensures that heat energy penetrates the material more slowly, resulting in exceptionally high insulation performance. Furthermore, Kryoma effectively prevents condensation, making it ideal for applications in humid or highly temperature-fluctuating environments. The base is a high-solids acrylate dispersion, which provides additional durability. Kryoma is characterized by high elasticity even at low temperatures and offers excellent water resistance. The coating also adheres reliably to various substrates.

The result: The surface onto which Kryoma is applied conducts energy away faster than it can penetrate the material. This creates a highly efficient insulating effect that protects against both heat and cold and also contributes to energy savings.