In the application of refrigerators, when the ambient temperature is 25 ℃ and the relative humidity reaches 85%, the vacuum insulating glass as the outside surface of the door glass of refrigerators will not appear condensation phenomenon, which can protect the clean and save energy.
The thermal insulation performance of vacuum glass is 4-6 times that of Low-E insulating glass, which significantly improves the thermal insulation performance of refrigerator door.
The humidity of condensation is more than 80%, which is suitable for wide area and high temperature area
The thickness of the vacuum glass is only 8-10 mm. but the performance is better than insulating glass.
The working time coefficient of the compressor is reduced by 10%, and the service life of the product is prolonged.
Configuration outside inside | Visible light % | Solar radiation % | K-value W/(m2·K) | Solar heat gain coefficient SHGC | Type of Low-E glass | ||
Transmittance τvis | Reflectance ρvis | Transmittance Τe | Reflectance ρe | ||||
4TL+V+4T | 78.65 | 15.33 | 52.93 | 26.54 | 0.42 | 0.56 | single silver |
4T+12A+4TL+V+4T | 71.94 | 20.62 | 46.93 | 27.07 | 0.39 | 0.51 | single silver |
Note:
1. The data in the table are calculated by Window7 software according to the standard condition of JGJ151-2008.
2. TL-tempered low-E glass, T-tempered glass, V-vacuum.
3.There is data difference of raw material between different batch, the performance data of actual products will be prevailed if there is difference.