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8.3mm Shading Vacuum Insulated Glass With Hing Visible Light Transmittance
|Raw Material||Clear Glass, LOW E Glass, Low Iron Glass||U Value||0.4W/(m2*K)|
|Thickness||8.3mm||Glass||Fully Tempered, Half Tempered|
|Application||Window, Door, Curtain Wall, Skylight||Product Name||Vacuum Insulated Glass|
Shading Vacuum Insulated Glass,
Vacuum Insulated Glass,
Shading vacuum insulated glazing
Perfect Shading Effect Vacuum Insulated Glass With Hing Visible Light Transmittance
|Product Name||Vaccum Glass|
|Raw Material Glass||Clear Glass, LOW E glass, Low Iron Glass|
|Min Size||300 * 300mm|
1. Heat Insulation & Energy Saving:The dry air in between the glass layers has 1/27 coefficient of heat transmission,it lowers the heat transmit throught the glass;
2. Sound Proof:Reduce 30DB noise through,with inert gas,the effect would be more obvious;
3. Good Shading Effect With Hing Visible Light Transmittance:Nanometer coating technology is can ensure higher visible light transmittance and enough natural light through into indoor space;
4. Locking Frost Point:Is filled with dry molecular sieve in spacer in between, in the freezing temperature,insulating glas has no frost inside the unit and increase the frosting point on the outside of the glass;
Theory & Structure:
Vacuum glass is based on the proven vacuum thermos bottle.
By separating two panes of glass with small pillars and sealing the edges, a micro-void space is created between the two panes, all of the air is removed. The height of the void space between the panes is kept 0.2 mm by the tiny pillars, and the vacuum is pulled down to 10-4 Pa.
Due to the inside vacuum, the conduction and convection of heat between the panes is almost nil. In addition, the LOW-E coating reflects more than 85% of the infrared back into the room. For these reasons, vacuum glass windows prevent nearly all heat loss from conduction, convection and radiation.
-- Better U Value, Less Weight.