Nano tungsten oxide may be used to prepare a heat-insulating energy-saving glass. The emergence of tungsten oxide energy-saving glass has a deep and special background.

Nano tungsten trioxide may be used to prepare a heat-insulating energy-saving glass, which has the advantages of heat insulation, shading performance and heat conduction reduction, thereby effectively reducing the usage rate of indoor air-conditioning and saving energy.

WO3 may be used to prepare a heat-insulating energy-saving glass. Such heat insulating glass of building has good heat insulation performance, so it reduces the heat transmitted to the inner glass through the outer glass and reduces the infrared transmittance of the glass. In a word, the heat insulating glass of tungsten oxide nano particles can significantly reduce the power consumption of the indoor air conditioning refrigeration with better energy saving effect.

Yellow tungsten oxide is an important inorganic material that can transform a traditional architectural glass into a heat-insulating energy-saving glass. And the prepared transparent glass has special absorption, transmission and reflection properties for light and heat.

Tungsten oxide may be used to produce a heat-insulating energy-saving glass. As you may know, as an important building energy-saving material, energy-saving glass is playing an increasingly important role in promoting energy conservation of buildings in China.

Tungsten trioxide may be used to prepare a new type of heat-insulating energy-saving glass. This is an environmentally friendly heat insulation glass that is designed for building heat insulation and energy conservation.

Nano WO3 may be prepared into a transparent heat-insulating coating and be applied to architectural glass to obtain a new energy efficient building glass. Experts have introduced that this new transparent heat insulating and energy-saving glass can greatly reduce the radiance of the glass surface and improve the spectral selectivity of the glass.

Nano tungsten oxide may be used to prepare a new energy efficient building glass. As we all know, although the exterior window glass of the building has the advantages of transparency and beauty, it also has the disadvantage of more heat transmission. Especially, the energy consumption of the glass curtain wall is very high. According to statistics, window energy consumption has accounted for more than 50% of the total energy consumption of buildings for a long time.

WO3 powder may be applied for preparing a new energy efficient building glass. As you may have known, the emergence of energy-saving glass is an inevitable result of the development of the glass industry to a certain extent, which is in line with the national goal of energy conservation and emission reduction.

Tungsten oxide powder may be applied for producing a new energy efficient building glass. As we all know, doors and windows are the weak link of building hear preservation and heat insulation. The energy loss of buildings is caused by radiation transmission, convection transmission, conduction transmission and air penetration.