Anton vacuum glazing glass4

Extreme Thermal Insulation: There is a vacuum layer (usually 0.1-0.2mm thick) between the two glass panes, which almost eliminates heat loss through air convection and conduction. Its thermal transmittance (U-value) can be as low as below 0.4W/(㎡·K), far superior to ordinary insulating glass, and it can significantly reduce energy consumption of air conditioners and heating systems.

Excellent Sound Insulation: The vacuum layer blocks the sound wave transmission path. Its sound insulation capacity for medium and low-frequency noise (such as traffic and mechanical noise) is 10-15dB higher than that of ordinary glass, making it especially suitable for buildings along streets or noise-sensitive scenarios.

High Light Transmittance: When ultra-white glass is used as the base material, the visible light transmittance can reach more than 85%, ensuring sufficient indoor lighting. In addition, the glass surface can be coated with Low-E (Low Emissivity) coating, which further improves energy efficiency without affecting light transmittance.

Stable and Durable Structure: The glass panes are evenly supported by tiny support pillars (0.1-0.3mm in diameter) to prevent the vacuum layer from collapsing. With mature vacuum sealing technology, its service life can reach more than 20 years, and the long-term performance attenuation rate is low.