FIELD: physics.
SUBSTANCE: high-reflectivity heated mirror has a glass substrate, a reflecting current-conducting layer of stainless steel with geometric thickness of 20-1000 nm, electroconductive contacts, a double layer coating of oxides, the top layer being made of titanium oxide, located on the outer side of the substrate, characterised by that the layer adjoining the layer of stainless steel is made of magnesium fluoride with geometric thickness of 71-75 nm, and the titanium oxide layer has geometric thickness of 50-60 nm.
EFFECT: invention increases the reflection coefficient of the heated mirror in the visible spectrum with stable electric resistance of the heating element, said mirror is easy to make and use as decorative glass facade on buildings and on vehicles.
1 dwg
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Authors
Dates
2013-12-20—Published
2012-07-03—Filed