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Ultra-Longevity and Energy Efficiency

High-Performance Alloy Getter:

Our proprietary getter absorbs residual gases in the vacuum cavity, maintaining a high vacuum level for superior thermal and sound insulation.

Patented Double-Sealed Technology:

This advanced technology effectively prevents air leakage and material aging, reducing the impact of gas permeation through the weld and ensuring long-lasting durability.

No Air Vent Design:

Featuring a smooth and aesthetically pleasing design, the absence of an air vent eliminates the risk of air leakage and ensures a consistent vacuum seal, making transportation and installation easy.

Ultra-High Vacuum Level (10^-2 mbar.L/s) and Extremely Low Vacuum Leakage Rate (≤10^-12 mbar.L/s):

These specifications create an invisible barrier against noise and temperature fluctuations, providing a quiet and comfortable living environment with stable temperatures throughout the year.

25 Years of Peace of Mind, Energy-Efficient Living Starts Here

With exceptional durability and energy efficiency, SuperVIG offers 25 years of worry-free protection. Say goodbye to frequent replacements and high energy bills. Embrace energy-efficient and comfortable living, bringing long-term cost savings and a cozy experience to your home.

Total vacuum leakage rate

Getters

Operating Vacuum

Extended Service Life

5*10-10pa.L/S

47pa

10-2pa

≥25

The above lifespan calculations are based on actual measurements conducted on 300*300mm samples.

We’re Here to Help You

What are the implementation standards for Fujian Super Tech’s SuperVIG vacuum glass products?
The national standard GB/T38586-2020 is followed, and on this basis, SuperVIG’s vacuum glass implements more stringent corporate standards.
What are the welding process and characteristics of SuperVIG vacuum glass?
The subsidiary company VIG (Xiamen) Technology Co., Ltd. (brand name: SuperVIG) under Fujian Super Tech has independently developed an alloy material that is welded to the glass under low-temperature conditions, with a vacuum leak rate of ≤10⁻¹² Pa · L/ (s · cm²). During welding, a dense chemical tissue layer is formed at the interface (which combines with the glass surface molecules to form atomic chains, creating an alloy interface). Additionally, a layer of polymer protective material is added to the outer layer of the welding ribbon, which can protect the solder, resist oxidation, and withstand low-frequency vibrations, among other things. There are no evacuation ports.

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