LOW-E GLASS

Superiority: 

High Infrared reflectance,It can reflect far infrared thermal radiation directly
The surface radiation rate is low,The ability to absorb foreign energy is small,
Control solar transmission as needed,Adapt to the needs of different regions High Permeability features 
make indoor environment transparent and bright, saving lighting costs
Lower reflectivity greatly reduces the impact on the surrounding environment

Low-E glass is the most advanced vacuum sputtering coating equipment and technology of Von Ardenne 
company in Germany. Vacuum sputtering is used tosputter the surface of glass. The silver layer on the
infrared light with high reflection function, which is a high heat barrier coating layer; silver plating
layerunder two tin oxide (SnO2) anti reflection coating is used to increase the lighttransmittance; 
silver layer coating for Ni Cr alloy (NiCr) metal isolation coating, to protect the silver coating function, 
the top coating is two tin oxide (SnO2) anti reflection coating, the main function is to protect the whole 
coating layer, in order to achieve the high transmittance of modern architecture glass on low reflectivity 
and high heat blocking rate, energy saving and environmental protection requirements.

The visible light band of 380nm to 780nm has a high perspective rate, and does not cause serious glare 
pollution due to the high reflectivity of glass to visible light.
The visible light in the sunlight can penetrate into the room more, and the color is natural, 
the lighting is better, the use of indoor lamps is reduced, and the energy is saved.
The light has high reflectivity of infrared (wavelength 780 ~3000nm), especially for long wavelength 
infrared (wavelength 3000Nm), is almost the total reflection, blocking a great deal of heat 
into the indoor, cool achieve cool effect.