What is it?
Low -E Glass, full name Low–Emissivity Coated Glass ,is a member of the coated glass family coated with one or more layers of metal or compound films on the quality float glass by using magnetic sputtering method. It has low thermal conductivity and high light transmittance, ensuring visible light transmittance and reducing light pollution based on prevention of heat losses. LOW-E Glass is widely used in large-sized curtain wall and decorations because of its luxury, comfortable and energy saving features. By way of production, low e glass has on line hard coated low e and offline soft coated low e; by performance, there is single silver low e, double silver low e and triple silver low e glass.
Reduction of Heat Loss in winter, Reduced Heat Gain in summer
Combines higher daylight transmittance, Reduction of UV Rays
Heat-treatable without color shift
Stable performance in thermal processing
Stable mechanical performance for solid coat, high abrasion and scratch resistance
When processed into Insulated Glass, it is not necessary to clean up edge
Office buildings, hospitals, hotels, houses and buildings.For use in airport control towers, train windows, skylight, curtain wall, high buildings, glass door and window, glass balustrade, freezer and other electronic appliance etc.
Thickness:3mm, mm, 5mm, 6mm,10mm,12mm,19mm
Normal Size: 2140*1650, 2440*1830mm, 2134/2140*3660mm, 2250*3300mmetc
Color: Clear, Blue, Grey, Green, Silver etc.
Coating type: online & offline Low-e glass
Natural Lighting: The transmission of visual light is almost 90%
Surface: Smooth and flat surface and good vision
Edge: Flat edge, grind edge, fine polished edge, and bevel led edge and others
Comer: Natural comer, grind comer, round comer with fine polished
Holes: Drill work available at customer’s option
In accordance with EN1096-1 European standard
In accordance with GB/T18915.2-2002 national industry standard of Coated Class Part II: Low-emissivity Coated Glass
In accordance with UK BS6206:1981/US ANSIZ97.1E standard
In accordance with AUSTRAILIA AS/NIS 2208-1996
Performance of Low e