Cs doped tungsten oxide powder may be used for preparing transparent heat insulation coating with excellent basic properties such as adhesion, hardness, visible light transmittance, waterproofness and weather resistance. Importantly, this type of thermal insulating coating has outstanding performance in terms of spectral selectivity. Therefore, no matter what method is used, the transparent heat-insulating coating of cesium doped tungsten oxide has been emphasized and praised by experts and scholars in recent years.

Cs doped tungsten oxide powder may be applied for manufacturing thermal insulation coating of high temperature resistance and high energy conservation so that it is more and more applied in architectural glass to form thermal insulation film, and finally achieves the effect of high heat insulation performance. Under normal circumstances, or the conditions of high temperature and strong impact, the thin film formed by such green coating is still not easy to fall off and peel off. And the glass can maintain proper physical and mechanical properties. And therefore its thermal insulation performance is not easily affected.

Cs doped tungsten oxide powder may be applied for producing near-infrared shielding material, such as, an energy-saving transparent film and the like, thereby providing a method for efficiently blocking ultraviolet rays and near-infrared rays. The new heat-insulating material also has excellent weather resistance and high light transmission, so that it can withstand long-term use. And in this process, such heat insulation material is not easy to deform and fade. Also, it does not affect day lighting.

Cs doped tungsten oxide powder may be used for producing a new transparent thermal insulation paper, which is a transparent environmentally friendly heat insulating thin film with the characteristics of excellent transparency, high strength, good cold resistance, high heat resistance and high UV resistance, and thus be applied in the field of building glass.

Cs doped tungsten oxide powder may be used to produce thermal insulation film, which may effectively block ultraviolet rays and near-infrared rays. And the heat insulating film not only can isolate harmful ultraviolet rays, but also has the advantages of high light transmittance, high weather resistance, high energy-efficient performance, and the like.

Cs doped tungsten oxide powder may be applied for producing ceramic microsphere. And the obtained ceramic particles can be applied to the pavement of ordinary road surfaces. In other words, the non-slip ceramic aggregate can be evenly spread on the road surface, which looks very neat and beautiful, and is not easy to fade. It can be said that such ceramic particles plays a role in beautifying the city.

Cs doped tungsten oxide powder may be applied for producing transparent thermal insulation material such as transparent heat insulating coating. According to experts, the thermal insulation coating can be classified in accordance with the heat insulation mechanism and method, including shielding type thermal insulation coating, reflective type thermal insulation coating and radiation type thermal insulation coating.

Cs doped tungsten oxide powder is known as transparent thermal insulation powder as it may be used for preparing transparent heat insulating material such as transparent heat insulating coating. But, in fact, the nano cesium doped tungsten oxide powder exhibits a dark blue powder.

Cs doped tungsten oxide nanopowder is a new type of nano material that has been discovered in recent years, which may be applied for heat insulating window glass. As you may have known, at present, some famous coating companies such as China, Japan, Germany, and the United States are vigorously developing cesium doped tungsten oxide transparent heat insulating coating.

Cs doped tungsten oxide nanopowder may be applied for producing window heat insulation film and then be applied to heat-insulating architectural glass. Due to the environmental friendliness, excellent UV resistance and near-infrared shielding properties of such heat insulation film, cesium doped tungsten oxide nanoparticles are also increasingly welcomed by heat-insulating film manufacturers.