Products_Products_WEIHAI BLUE STAR SPECIAL GLASS LIMITED COMANY

TPS hollow system glass

When the temperature difference between indoor and outdoor of the hollow glass is large, and the humidity is high, the outer surface of the glass is prone to condensate water, which not only affects the appearance, but also tends to produce mildew and breed bacteria. Due to the excellent heat insulation performance of TPS system glass, it can avoid the generation of condensed water on the edge of the glass, thereby improving the quality of life

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Passive house glass

China's building energy consumption accounts for about 33% of the country's total energy consump-tion. Doors and windows as an important part of the building envelope is the weakest link of barrier the outdoor and indoor energy. Doors and windows energy loss accounted 50% of building energy consump-tion, which energy loss through glass accounted 75% of Doors and windows. The solar heat and ground heat into the room through the window in the summer increase 73% cooling energy consumption; in winter the loss of heat through the window to the outside increase 58% Heating energy consumption. Ener-gy-saving glass is the key to building energy efficiency. The Passive House Glass makes building the minimized need of building heating and air conditioning.

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High transmission energy-saving glass

High transmission energy-saving glass is a kind of glass which has high Middle- Far infrared reflec-tion and low emissivity glass. It chooses high transmission glass as its substrates; use the magnetron sputtering vacuum deposition coating technology. This product has high visible light transmission, low Kvalue.

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Freezer glass

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Interlayer glass

Interlayer glass is a composite glass product which is composed through pre-compressive thermal treatment, high temperature and a high pressure technology process to firmly stick double layers or mul-tiple layers of substrate with single layer or multiple layers of organic polymer inter-coat. It is widely used in building curtain walls, daylight roofing and indoor glass partitions etc.

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Tempering glass

Tempering glass When glass is heated to the critical softening point and pressure forms on its surface through fast and even cooling, tempered glass is made. During the cooling process, the exterior of the glass solidi-fies due to fast cooling while the interior contracts as a result of slow cooling, thus generating pressure on the surface of the glass and tensile stress inside. In this way, the intensity and thermo-stability of the glass is improved.

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