WO3 may be applied to prepare ceramic microsphere, which is a kind of nano infrared heat insulation masterbatch. Such new masterbatch may be added in the processing of heat insulation film, and the obtained film has versatility. For example, such film is attached to the glass door and glass window of the building to effectively block ultraviolet rays and infrared rays. The experiment proves that the heat insulation film of nano WO3 can also reduce electricity costs by 30%, and achieve the purpose of energy conservation and emission reduction and high functionality.

WO3 can be applied for preparing nano-ceramic dispersion solution. And prepared dispersion solution is a raw material for producing a new type of environmentally friendly building heat insulation film. Specifically, how to use this kind of thermal insulation dispersion?

WO3, mainly tungsten trioxide nano particles, may be used to produce thermal insulation dispersion. And the prepared tungsten trioxide nano dispersion is a heat insulating medium for building window film with high transparency and high heat insulation performance. In addition, the environmentally friendly thermal insulating dispersion has the characteristics of excellent stability, compatibility, dispersibility and weather resistance.

Yellow tungsten oxide nanopowder may be applied for producing a heat insulating window film to obtain a so-called smart glass. Future life, perhaps more intelligent than you think: smart glass can "automatically" lower the temperature inside, so that the indoor temperature is reduced by about 10°C, and you can also do not need to pull the curtains to ensure indoor lighting.

Yellow tungsten oxide nanopowder may be applied for producing smart window film. The prepared film is a new environmentally-friendly heat-insulation film that may be applied to car window glass. It is safer and more practical than common film.

Yellow tungsten oxide nanopowder may be used to prepare a highly transparent heat insulating coating and therefore be applied to building thermal insulating glass. So, in addition to excellent heat insulation effect and high transparency, what are the advantages of the architectural glass using tungsten trioxide nano particles as an electrochromic material?

Yellow tungsten oxide nanopowder is an electrochromic material that may be used to prepare a thermal insulation film and therefore be applied to car window glasses to obtain a thermal insulation glass. So what are the advantages of such heat insulating glass?

Yellow tungsten oxide nanopowder may be applied to prepare smart heat insulation coating. So, what are the advantages of such thermal insulation coating?

Yellow tungsten oxide nanopowder may be applied to smart heat insulation window glass, making it have excellent heat insulation and heat preservation performance. Specifically, it is necessary to study the preparation of a tungsten trioxide electrochromic film.

Yellow tungsten oxide nanopowder may be used to prepare smart heat insulation film, which has excellent performance of high heat insulation and UV resistance. So, such smart material may be applied to architectural glass such as glass curtain wall, sun room, and greenhouse, to reduce temperature and energy consumption.