Tungsten trioxide nanopowder may be used to prepare a transparent energy-efficient coating and thus be applied to architectural glass to obtain environmentally friendly and energy-efficient glass. Although, at present, China has not yet issued specific standards and indicators, the term energy-saving glass has already been known to all in the industry.
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It is widely believed that energy-saving glass is actually a type of glass with a certain energy-saving effect such as coated glass and Low-E glass. Energy-efficient windows and doors can be obtained by applying these energy-saving glasses to the doors and windows of buildings. Some people do not agree with this point of view. They believe that doors and windows are actually a huge industrial chain, or a combination of multiple marginal disciplines, such as, the rubber industry, the wood processing industry, non-metal surface treatment and many other disciplines. Any small detail will affect the overall performance of the doors and windows. For example, if a common rubber strip is used, it may take less than a year for the rubber strip to age and deform, resulting in air leakage. The sealing effect is very poor. What about energy saving? The glass performance is as well. So, the energy saving glass of tungsten oxide nano particles is more and more popular in glass deep processing industry.
