absorbing, radioactive and scattering properties, which change fundamentally the structure of heat losses from the surface of coating. These heat losses consist of convective losses due to washing the surface by the surrounding air and of.
Radioactive losses due to wall oshine exchanging with the ground and the firmament. For these reasons, the heat transfer coefficient of Liquid Ceramic Insulation Coating (1.29 2.5 W/m2 Celsius) is much lower than coefficients of other construction and thermal insulating (9+ - 23W / m2 Celsius)
Liquid Ceramic Insulation Coating along with other high-tech advantages obtains properties, which rarely occur in one material at the same time:
- thermal insulation property:
- waterproofing property:
- anticorrosion property:
- noise insulation property.
Construction
Practice has proved that the most effective scopesof application of Liquid Ceramic Insulation Coating material in construction are:
- heat instulation of residential and industrial buildings, both inside and outside:
- heat insulation of walls and operational roofs of underground parking:
- heat insulation and waterproofing of walls of basements, ground floors and toilet facilities af buildings:
- liquidation of cold bridges, including along the balcony slabs:
- heat insulation of roofs of residential and industrial buildings, both inside and outside and in combination with other heaters.
Liquid Ceramic Insulastion Coating is used in construction not only as thermal insulating coating, but also as water proofer. Latex in material provides it with low water absorption capacity.
Possibility of Liquid Ceramic Insulation Coating usage as the protection against condensate formation int he premises, allows not only to liquidate frost penetration of walls, but also to remove fungus and mould.