Yellow tungsten oxide may be used for the production or acquisition of a new type of energy efficient glass. The term “production” refers to the production process of glass enterprises. During the production process of glass, the enterprise can directly spray the heat insulation coating of nano tungsten oxide particles onto the transparent glass that has been produced to obtain energy-saving glass. The term “acquisition” refers to the user link. For existing architectural glass, users can purchase tungsten oxide heat insulation coating for spraying to obtain energy-saving glass.

Yellow tungsten oxide may be used to prepare a new type of high-performance energy-saving glass. So, what is an energy-saving glass? An energy-saving glass must have two energy-saving features: heat preservation and heat insulation.

WO3 may be used to produce a new energy efficient glass. The obtained glass is unique in that it can shield more than 90% of the near-infrared rays that generate heat. At the same time, the visible light transmittance can be maintained above 70%. And the light-to-heat ratio is greater than 1.36. This index is leading at home and abroad.

WO3 may be used to prepare an environmentally friendly and energy-efficient glass. This is a new type of transparent energy-saving glass with high transmission of light, high heat insulation and high heat preservation. With a film thickness of only 6mm, the glass can shield 90% of infrared light under strong sunlight. At the same time, it can maintain a high visible light transmittance of 70%. In a word, the energy-saving index of such glass has set a new world record.

Tungsten trioxide nanopowder may be used to prepare a transparent energy-efficient coating and thus be applied to architectural glass to obtain environmentally friendly and energy-efficient glass. Although, at present, China has not yet issued specific standards and indicators, the term energy-saving glass has already been known to all in the industry.

Tungsten trioxide nanopowder may be used to prepare a new type of energy efficient glass. As you may have known, the thermal insulation performance and light transmission of glass are important for building energy efficiency. According to experts, the building glass doors and windows applying with tungsten trioxide nanoparticles can shield ultraviolet rays, near-infrared rays, and cannot block the passage of visible light. In other words, such glass not only can save energy, but not affect lighting.

Tungsten trioxide nanopowder may be used to obtain a high-performance energy-saving glass. As we all know, glass occupies most of the area of ​​doors and windows, so it plays a very important role in energy-saving indicators. There are several types of glass on the market:

Tungsten trioxide may be used to prepare a new energy efficient glass, which is environmentally friendly for use in building glass doors and windows. When it comes to the energy conservation of doors and windows, it is actually the energy saving of the entirety of doors and windows. That is to say, it is impossible to achieve energy saving effect by relying on glass alone.

Tungsten trioxide may be used in energy efficient glass, which makes the building glass have obvious energy-saving and environmental protection effects. In winter, it can effectively prevent the indoor heat radiation from leaking out; in summer, it can prevent the outside heat radiation from entering the room. Specifically, the properties of such an environmentally-friendly and energy-saving glass are:

Tungsten trioxide may be applied to high-performance energy-saving glass in form of a transparent coating of high thermal insulation and heat preservation. According to the requirements of the country, the market prospects for energy-saving and environment-friendly glass windows, glass doors and glass curtain walls are very broad. And the tungsten oxide energy-saving glass is such an environmentally-friendly energy-saving product.