Nano tungsten oxide may be used to prepare a transparent heat insulation coating and thus be applied to architectural glass. It is reported that the thermal insulation effect of the thermal insulation coating is equivalent to that of a 30cm brick wall. The heat insulating coating can shield up to 50%-80% of the heat in the sunlight that may enter the house through the glass windows.

Nano tungsten trioxide may be applied to produce a transparent heat insulation coating for applying to architectural glass to achieve the effects of energy conservation and environmental protection. Also, such heat insulating coating has the advantages of high temperature resistance, high hardness, corrosion resistance and surface scratch resistance. Besides, such coating is shatterproof, explosion-proof and waterproof.

Tungsten trioxide may be applied for manufacturing a transparent heat insulation coating, which can effectively shield more than 85% of solar heat, and thus the indoor temperature can be reduced by 3-6°C. Such energy-saving coating is in line with national standards.

WO3 nanopowder may be used to prepare a new type of safe and environmentally friendly heat insulation coating for applying to glass curtain wall. Such transparent heat insulation glass coating can be applied in concealed spaces such as the study, bathroom and swimming pool to achieve the effects of high heat insulation, heat preservation, sound insulation and privacy protection.

Yellow tungsten oxide nanopowder may be used to prepare a highly environmentally friendly heat insulation coating for applying to glass curtain wall. This new type of heat insulation nano coating is a transparent heat-insulating and energy-saving coating that has been researched by experts for many years. It is an energy-saving building material of composite ceramic nano tungsten trioxide as the main thermal insulation material combined with high-quality inorganic modified resin.

Tungsten trioxide nanopowder may be used to prepare a new type of environmentally friendly heat insulation coating, which is more and more widely applied to glass curtain wall. It is a transparent thermal insulation coating that can shield UV rays and thereby preventing the furniture, fabrics, carpets, curtains, murals and many other indoor items from fading and aging. Also, such energy-saving coating can prevent UV-induced skin cancer, cataracts and other diseases.

Nano yellow tungsten oxide may be used to prepare a new smart glass coating – a transparent thermal insulation coating, which is mainly applied to building glass with excellent heat insulation effect. By spraying such environmentally-friendly thermal insulation nano-coating on the glass doors or glass windows, the obtained tungsten oxide heat insulation film has a thickness of 8-12um and a visible light transmittance of more than 85%. Therefore, the glass doors and windows of the house can be kept in a good visual appearance.

Nano tungsten trioxide may be used to prepare an energy-saving building glass thermal insulation coating, which is environmentally-friendly to shield infrared rays, ultraviolet rays and other harmful light waves.

WO3 may be applied to produce a thermal insulation coating for applying in building glass. Such coating is mainly used for heat insulation and heat preservation of glass doors and glass windows. At the same time, as the prepared coating has high transparency, indoor lighting is good. The environmentally-friendly glass coating can be applied to the architectural glasses of the southern provinces, whose main function is to shield the solar heat energy, prevent the glass from absorbing and storing a large amount of solar heat and avoid transferring more heat into the room to cause high temperature.

Tungsten oxide may be used to prepare a building glass thermal insulation coating, which is energy-saving and environmentally-friendly. It is a type of smart glass coating. It does not contain toxic and harmful substances. It does not volatilize formaldehyde, dialdehyde and other harmful gases that do harm to the human body. It reduces the indoor temperature and effectively reduces the use of air conditioner and fan. The effect of energy conservation and consumption reduction is more obvious.