Tungsten oxide may be used in the preparation of transparent thermal insulation material such as transparent heat insulation coating. With emphasis on building energy conservation, we accelerate and comprehensively popularize energy-saving building materials. With the energy-saving renovations of a large number of old buildings, the demand for new transparent thermal insulation coatings is huge, so the development and application of thermal insulating coating of tungsten trioxide nano particles has broad market potential.

Tungsten oxide can be said to be a transparent thermal insulation nanopowder. That is because the heat-insulating materials prepared using tungsten oxide nanoparticles as raw materials such as heat-insulating coating and heat-insulating film are highly transparent heat insulating materials. And these heat insulation materials can all achieve the thermal insulation purpose by shielding the radiant heat of the infrared light portion of the sunlight. The radiant heat of infrared rays accounts for nearly 50% of the total energy of sunlight.

Tungsten oxide nanopowder may be applied for producing a building glass energy saving coating. Why do these transparent architectural glasses need to be coated with a layer of tungsten oxide thermal insulation coating?

WO3 nanopowder may be applied for manufacturing a building glass energy saving coating. And the obtained heat insulation coating has good spectral selectivity. In other words, such coating has high permeability in the visible light region, and can effectively shield the heat radiation in the infrared light region.

Tungsten trioxide nanopowder may be applied for preparing a building glass energy saving coating. The coating consists of inorganic nanoparticles, namely tungsten oxide heat insulating particles, and a transparent resin.

Yellow tungsten oxide powder may be applied to produce a building glass energy saving coating with a lot of advantages such as high heat insulation, good abrasion resistance, and good shielding performance to ultraviolet and infrared rays. As you may have known, research on transparent heat insulation nano coatings in the United States, Japan, and Korea has been carried out relatively early. The research focuses on these inorganic functional materials such as ITO, ATO, ZnO, Al2O3, and TiO2, etc.

Tungsten oxide powder may be applied for producing a building glass energy saving coating, which has high permeability to visible light and good shielding performance to infrared light or thermal radiation. Such transparent heat-insulating coating is mainly composed of semiconductor metal oxide nanoparticles which are spectrally selective to sunlight, namely tungsten oxide nanoparticles, and transparent resin.

WO3 powder may be used to prepare a building glass energy saving coating. The prepared coating has a simple construction process – it can be dried and formed into a film in 20-120 minutes with a long service life. Therefore, the popularization and application of heat insulation coating of tungsten trioxide nanoparticles is of great significance for the popularization of national energy-saving buildings, especially for energy-saving renovation of old buildings.

Tungsten trioxide powder may be used to prepare a building glass energy saving coating, which may be used for the heat insulation of glass curtain wall, glass doors and windows of hotel, office building and shopping mall, or for the heat preservation of cold regions in winter.

Nano yellow tungsten oxide may be used to prepare an environmentally friendly building glass energy saving coating, i.e., transparent thermal insulation and heat preservation coating. As you may have known, glass is the main source of energy loss in buildings. Up to 1/3 of the heat or cold air generated by air conditioners is lost through glass curtain walls, glass doors and glass windows, resulting in a huge waste of energy.