WO3 may be used to prepare a new type of transparent heat insulation glass coating. It is reported that such environmentally-friendly thermal insulation coating can solve the bottleneck problem of similar products on the market, which has the following eight characteristics: high heat insulation, anti-UV, high transparency, high hardness, fireproof, explosion-proof, safety and easy construction.

Yellow tungsten oxide may be used to prepare a transparent heat insulation glass coating. Such architectural glass transparent coating not only shields harmful light (ultraviolet rays) and high-heat rays (infrared rays) into the room in summer, but also shields heat loss in winter, directly bringing the temperature difference between indoor and outdoor to 3-6°C, thus realizing "cool in summer and warm in winter".

Tungsten oxide may be used to produce a transparent heat insulation glass coating, which is environmentally friendly for promoting the construction of green building. We all know that glass is widely used as architectural glass windows, glass doors, glass curtain walls, glass domes and automotive glass windows, so solving the thermal insulation problem of glass will have a significant contribution to the world's energy conservation.

Tungsten trioxide may be used to prepare a new type of transparent heat insulation glass coating. The obtained coating, which overcomes the shortcomings of the existing glass thermal insulation coating, has good transparency to visible light, and has good reflection, shielding and absorption effects on near-infrared and ultraviolet light. Such coating also has strong adhesion, high hardness, high scratch resistance, high temperature resistance and high aging resistance. Besides, it is waterproof and antifouling.

WO3 nanopowder may be applied for preparing heat-insulating energy-saving glass. As early as a few years ago, the Ministry of Industry and Information Technology promoted the preferred product of green building materials - energy-saving glass and the standard seminar on energy efficient glass was held in Beijing. It marks the building energy efficiency and green building demand as the traction, the construction of the standard system as the starting point, and the promotion of the transformation and upgrading of the building materials industry to promote the green building materials, has entered the stage of landing.

Yellow tungsten oxide nanopowder can transform a common architectural glass into a heat-insulating energy-saving glass. According to relevant information, more than 90% of the 40 billion square meters of buildings in China do not adopt energy-saving glass. In addition, billions of square meters of public buildings and tens of millions of square meters of glass curtain wall are still using ordinary single-piece glass and usual double-glazed glass.

WO3 powder may be used to prepare a transparent thermal insulation coating and then be applied to architectural glass to obtain a heat-insulating energy-saving glass. That is because the raw material tungsten trioxide powder, more accurately, WO3 nanopowder is a material with special spectral selectivity - high shielding ratio in the infrared region, high transmittance in the visible region, and high absorption rate in the ultraviolet region.

Yellow tungsten oxide powder may be used to produce a heat-insulating energy-saving glass. Specifically, the raw material tungsten oxide nano powder is first prepared into a transparent heat insulating coating, and then is applied to the glass to obtain an environmentally-friendly transparent energy-saving glass.

Tungsten oxide powder may be used to prepare a heat-insulating energy-saving glass. One of the characteristics of such energy-saving and heat-insulating glass doors and windows is heat insulation performance. It is the excellent thermal insulation effect that makes the glass achieves the ultimate energy-saving goal. The new environmentally-friendly and energy-saving glass can be adjusted according to the change of ambient temperature. In the hot summer, the energy consumption of the air conditioner is greatly reduced, and at least 40% of the energy charge can be saved through the energy renovation of the outer glass windows and doors.

Nano yellow tungsten oxide may be used to produce a heat-insulating energy-saving glass. Such glass is environmentally friendly so that it will not pollute the environment and pose no threat to human health. In addition, it has an extremely important advantage.