Tungsten oxide may be applied for preparing a nano transparent thermal insulation coating, which may be used in architectural glass in hot areas, including residential houses, public buildings and industrial facilities, to cover 90% of solar heat and effectively reduce heat transfer, thereby saving energy and reducing consumption.

Tungsten trioxide may be used to prepare a new type of functional nano dispersion. When mixed with resins, such dispersion can produce a wide range of functional coatings such as nano transparent thermal insulation coating, to meet the needs of different scenes.

Nano WO3 may be used to prepare a new type of nano transparent thermal insulation coating, which may be used for glass windows, glass doors and other architectural glasses of commercial buildings, hotels, high-end restaurants and residential buildings to improve living comfort and energy efficiency. Such environmentally friendly heat insulation coating can also be used for other industrial glasses that require high shielding performance to the infrared light and ultraviolet light.

Nano yellow tungsten oxide may be applied for producing a nano transparent thermal insulation coating, which is a new type of environmentally-friendly heat-insulation building material. Such coating can solve the problems of difficult construction, low index and poor weather resistance of traditional heat-insulating glass coatings. And the energy-saving coating is mainly used to building glass for shielding the infrared radiation in the sunlight. Therefore, the energy efficient coating achieves the effects of high heat insulation, energy conservation and UV protection for reducing air conditioning energy consumption and improving living comfort.

Tungsten oxide powder may be used to prepare is a new type of functional nano coating - a transparent heat-insulation glass coating. Such environmentally friendly coating is one of many functional coatings such as heat-insulating coating, anti-infrared coating, anti-UV coating, anti-aging coating, blue light proof coating, anti-static coating, anti-sticking coating, anti-radiation coating, anti-bacterial coating, anti-corrosion coating, and so on.

Tungsten trioxide powder can be used to produce a heat insulating dispersion. And the prepared blue-black heat insulation nano dispersion can be used to produce a new type of environmentally friendly heat-insulation glass coating. In addition, the tungsten trioxide thermal insulating nano dispersion liquid can also be used for obtaining a heat-insulating film in various acrylic resins, polyurethane resins, silicone resins and UV resins to achieve functions such as heat insulation, heat preservation and ultraviolet protection. Then, what should you pay attention to when mixing tungsten trioxide thermal insulation nano dispersion with ATO or ITO nano dispersion?

WO3 nanopowder may be used to prepare blue-black water-based thermal insulation slurry, that is, transparent thermal insulation dispersion, and then used to produce a new type of heat-insulation glass coating with various solid concentrations of less than 20%. So how to use tungsten trioxide thermal insulation dispersion? And what should you pay attention to when using such dispersion?

Yellow tungsten oxide nanopowder may be firstly prepared into an aqueous dispersion, and then used in various transparent resins or various systems to prepare various high-performance heat-insulation glass coating or transparent heat-insulating anti-UV window film. And then the obtained films or coatings may be applied to construction industry or automobile industry.

Tungsten oxide nanopowder may be used to prepare a heat-insulation glass coating, which acts as a safety guard, to shield heat radiation and UV rays.

Tungsten trioxide nanopowder may be used to prepare an environmentally friendly heat-insulation glass coating, which is mainly used to improve the safety and energy-saving effect of common building glass. It is a transparent energy-saving coating that can solve the problem of light pollution around you and make your world full of sunshine! Besides, such coating not only solves the problem of glare, but shields most of the infrared heat radiation and ultraviolet rays.