Low-E Conductive Glass in Freezers

1.Thermal Insulation & Energy Efficiency‌

Low-E glass reduces infrared thermal radiation transmission by coating the surface (typically with silver-based film), Lowering emissivity from 84% of ordinary glass to beLow 15%. In refrigerators, this property minimizes external heat ingress, maintains stable internal temperatures, decreases compressor operation frequency, and ultimately saves energy.

2.Display & Light Transmittance‌

With visible light transmittance, Low-E glass reflects infrared rays while ensuring clear visibility of goods inside refrigerators. It also prevents condensation issues caused by direct sunlight exposure.

3.Cold Radiation Control‌

Ordinary glass easily generates cold radiation in Low-temperature environments (e.g., window temperatures dropping to -2°C at 10°C), whereas Low-E glass reduces cold radiation zones from 67.4% to 13.4%, alleviating discomfort for customers near refrigerator displays.‌

4.High Impact Resistance‌：The product exhibits strong impact resistance, ensuring durability and reliability in demanding applications.

5.Compatibility with Additional Processing‌：It can be combined with surface screen printing, drilling, grooving, and other extended processing methods for enhanced functionality and customization.