Thermostable glazing
AssigneeTurkiye Sise ve Cam Fabrikalari A.S.
InventorHülya Demiryont
Life of this patent
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Abstract
A thermostable glazing has a substantially transparent, thermostable solar coating on a surface of a substantially transparent substrate. The solar coating provides high anti-solar performance properties to the glazing even after heat treatment, such as tempering or bending the coated substrate. The thermostable solar coating is formed of copper oxide and may be part of an integrated coating having, e.g., also a coloration coating layer. In accordance with a method of manufacturing the thermostable glazing, the thermostable solar coating is deposited preferably by D.C. magentron cathodic sputtering.
Claims17
Thermostable glazing comprising a substantially transparent substrate with a substantially transparent, thermostable solar coating on a surface of the substrate, the substantially transparent, thermostable solar coating consisting essentially of sputter deposited copper oxide.
Thermostable glazing comprising a substantially transparent, bent substrate with a substantially transparent, thermostable solar coating on a surface of the substrate, the substantially transparent, thermostable solar coating being applied to the surface by sputter deposition and consisting essentially of copper oxide.
Thermostable glazing comprising a substantially transparent substrate with a substantially transparent, thermostable solar coating on a surface of the substrate and a coloration coating layer, the substantially transparent, thermostable solar coating being applied to the surface by sputter deposition and consisting essentially of copper oxide.
Thermostable glazing comprising a substantially transparent substrate with a substantially transparent, thermostable solar coating on a surface of the substrate, the substantially transparent, thermostable solar coating being applied to the surface by sputter deposition and consisting essentially of copper oxide, wherein the substrate with the substantially transparent, thermostable solar coating has a visible transmittance of about 0.11 to 0.40.
Dependencies are inferred from the claim text.