Cesium tungsten oxide nano powder may be applied for producing infrared thermal insulation nano material. As you may have known, the thermal insulation principle of the obtained heat insulating material of cesium tungsten oxide nano powder is similar to that of ATO material.

Cesium tungsten oxide powder may be applied for producing thermal insulation dispersion liquid. This kind of dispersion liquid is a new type of environmentally-friendly transparent dispersion liquid, which is the material of building energy-saving coatings developed by experts in recent years. Certainly, there are other similar energy-saving coatings on the market, such as ATO coating and ITO coating. However, the coating of these two heat insulating materials is difficult to obtain uniform coating as the coating on the top and bottom of the glass show a significant chromatic aberration due to slight differences in thickness. In addition, the excess coating is also inconvenient to receive during the course of construction.

Therefore, experts say that the new coating of cesium tungsten oxide does not have the above problems. The coating of cesium tungsten oxide nano particles results in uniform coating without significant chromatic aberration. The properties of the obtained coatings are also better than those of ATO and ITO coatings.

More details, please visit:
http://www.tungsten-powder.com/cesium-tungsten-bronze-chinatungsten.html

Cesium tungsten oxide powder may be applied for producing thermal insulation dispersion. The obtained dispersion is a new type of transparent, environmentally friendly dispersion of high heat insulation performance and high visible light transmittance. Such dispersion has excellent dispersibility and stability. That is to say, the new dispersion of nano grain size cesium tungsten oxide has a good dispersion effect, so that it may be made into functional aqueous nano-dispersion with excellent dispersion property.

Cesium tungsten oxide powder may be applied for producing near infrared shielding material, which is new type of environmentally friendly heat insulation material with long service life. The obtained material is new type of transparent heat-insulating coating. Such coating does not have the phenomenon that the ATO coating has --- the temperature of the coating itself is significantly increased due to absorption of infrared rays, and the resin in the transparent heat-insulating coating layer is likely to be slow-heated to appear the phenomenon of aging.