1 Comparison between the warm edge spacer insulating glass and aluminum spacer insulating glass

Comparison between the warm edge spacer insulating glass and aluminum spacer insulating glass 1
Comparison of corner sealing
The insertion corner of traditional aluminum spacer IG is the weak link, and the butyl sealant is interrupted
The corners of Truspacer spacer are continuous
It ensures the effective and continuous sealing performance of IG
Comparison of energy efficiency
Heat transfer
Traditional aluminum IG has high energy consumption loss
Truspacer warm edge sealing system reduces heat transfer at IG edges
Compared with the traditional aluminum bar, it can reduce the heat conduction by nearly 4.5 times, saving energy consumption
The inner surface edge temperature of Truspacer insulating glass is
more than 5℃ higher than that of cold-edge aluminum spacer insulating glass
Truspacer warm edge insulating glass moisture transfer channel longer
It improves the sealing performance of insulating glass and has longer service life
Truspacer warm edge spacer is composed of aluminum strip, molecular sieve, butyl sealant and other main materials in a composite.

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