Warm edge insulating glass

Abstract

The invention relates to a piece of warm edge insulating glass, which comprises a piece of insulating glass, wherein two spacers are parallelly arranged in the insulating glass. A glazing compound is filled in the insulating glass, and the spacers are arranged on the glazing compound. Butyl rubber is filled between the spacers and the glass, and reinforcement polyethylene is filled between the two spacers. The spacers are hollow and the inside of the spacers are filled with drying agent. The spacers are made of an aluminum material and have a rectangular cross section with a width of 6mm. Compared with the prior art, the warm edge insulating glass has advantages in heat insulation, sound insulation, frost resistance, sealing performance and stability.

Description

technical field [0001] The invention relates to a warm-edge insulating glass. Background technique [0002] The glass area of ​​existing heat-insulating windows or doors accounts for about 80% of the entire door and window area. Therefore, it is an important measure for energy-saving of building doors and windows to do a good job of energy-saving at the glass parts of heat-insulating windows or doors. The most economical way to save energy on the glass parts of heat-insulating windows or doors is to manufacture double-layer insulating glass to reduce the heat transfer of the glass. [0003] Now the traditional double-layer insulating glass uses an aluminum alloy spacer to seal the glass edges of the two pieces of glass with butyl rubber and polysulfide glue. The glass is still dry, dust-free and isolated from the outside air. The insulating glass has high-quality properties such as heat insulation, energy saving, and sound insulation. [0004] However, the aluminum spacer ...

AI Technical Summary

Problems solved by technology

[0004] However, the aluminum spacer in the traditional double-layer insulating glass has good heat conduction performance, which directly affects the heat insulation performance of the edge of the insulating glass

As the country pays more and more attention to building energy conservation and puts forward corresponding regulations and policies, the existing traditional double-layer insulating glass has gradually failed to meet the needs

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