Tungsten oxide nanopowder may be used to prepare a smart film, which can be applied to building glass to obtain a new type of transparent heat insulation glass. Such glass can not only play the role of thermal insulation and heat preservation, but also has high visible light transmittance. It means that the tungsten trioxide smart glass not only reduces expenses, but ensures indoor lighting. And it can reduce the radiation damage caused by ultraviolet rays to indoor human skin and objects.

Tungsten trioxide nanopowder may be used to prepare a transparent heat-insulating film and thus be applied to the architectural glass to obtain an environmentally-friendly transparent heat insulation glass. This new type of thermal insulating glass not only has a heat-insulating effect, but has a heat preservation effect. In addition, it can shield most of the ultraviolet rays, thereby reducing the damages of indoor objects due to the exposure to UV rays.

WO3 may be used to prepare a heat insulating film and therefore be applied to the building glass to obtain an environmentally friendly smart glass – a transparent heat insulation glass. Although the obtained thermal insulating glass is transparent, it still has a one-way perspective function. That is to say, the glass can be applied to places such as toilets and shower rooms where require special requirements for privacy.

Yellow tungsten oxide may be applied for producing a heat insulation film and therefore be used to building glass to obtain a transparent heat insulation glass. And such glass can easily create a bright and comfortable working and living environment.

Tungsten oxide is an important raw material for obtaining a transparent heat insulation glass. First, the tungsten trioxide nanoparticles are used to make a transparent heat insulating dispersion. The obtained dispersion is prepared into a transparent heat-insulating coating. And then the coating is sprayed onto the building glass such as balcony glass to obtain a heat insulating glass. That is to say, the tungsten trioxide heat-insulating coating is present on the balcony glass in the form of a thin heat-insulating film.

Tungsten trioxide may be applied to prepare a new type of transparent heat-insulating film, which is applied to architectural glass such as bathroom glass to obtain a transparent heat insulation glass. This new type of energy efficient film is also a kind of explosion-proof film so that it is suitable to be used to the shower room.

Nano WO3 may be used to prepare an environmentally friendly thermal insulation coating for using on architectural glass to obtain a new transparent heat insulation glass. Such heat insulating glass has the advantages of high light transmission and high heat insulation, which can maintain good indoor lighting and shield a large amount of solar heat. More importantly, it can effectively shield UV rays to protect your skin and prevent indoor items from aging and fading.

Nano yellow tungsten oxide may be used to prepare a transparent heat-insulating film or a transparent thermal-insulating coating for applying to architectural glass to obtain a transparent heat insulation glass. At present, this new type of heat insulating glass has begun to be widely applied in the construction industry. And people are more and more popular with such a thermal insulating nano material. It has its own reasons.

Nano tungsten trioxide may be used to prepare a heat-insulating energy-saving film with the function of a building safety film. Building safety film is mainly applied in places where building regulations require the use of safety glass, just shown as below:

Yellow tungsten oxide powder may be used to prepare a new type of heat-insulating energy-saving film. Such transparent smart film can also play the role of building safety film. Specifically, what are the advantages of tungsten trioxide energy-saving safety film?