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The energy bottleneck has been more and more obviously reflected in the macro national economy system. The energy conservation of buildings is an important topic today and afterwards. Study shows:Over 30% energy inside the buildings flows away from the doors and windows; therefore, to study the energy conservation of doors, windows and glass curtain walls is an important topic in the development of glass industry.
Glass doors and windows are the primary means of communication both inside and outside buildings, lighting, viewing, decoration is a basic requirement for the glasses, energy saving and environmental protection is the further demands on the glass doors, and lead to increasing community. If we do not open the windows when the convection of air, in a sealed room the Indoor and Outdoor majority of the heat exchange goes through the glass window. The large indoor and outdoor heat exchange means that the large influx heat no needless to the summer indoors flood in indoors; in winter there's a lot of valuable energy flowing outside. This will enable both indoor climate severe environmental degradation, and air-conditioning, heating energy consumption increased substantially. Insulating glass is the excellent solution to the issue, in line with the energy-saving, environmental protection, comfort and creativity of the world.
Insulating glass is manufactured through sealing two or more float glasses with high-strength air-tightness composite viscose. There are aluminum alloy partitions filled with drying agents between the sheet glasses, which makes the air inside the glasses very dry, butyl rubber seal is used as the first line, the second seal use glass or plastic polysulfide adhesive on the basis of the used framework of the glasses. The space between the glass and glass is isolated from the outside world by sealant, there is a special gas or air, insulating glass has good performance of heat insulation and noise insulation.
Common insulating glass is manufactured through sealing two or more float glasses with high-strength air-tightness composite viscose. There are aluminum alloy partitions filled with drying agents between the sheet glasses, which makes the air inside the glasses very dry, reducing the thermal conductivity, preventing the losses of heat transmission and realizing the effect of energy conservation.
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