Cesium tungsten oxide particles may be applied for producing thermal insulation coating. The raw material cesium tungsten oxide powder is cesium tungsten bronze nano powder. And the prepared coating is a highly transparent and environmentally-friendly architectural coating with good thermal insulation effect. In other words, it can shield most of the near-infrared rays and the UV rays. Also, it will not pollute the environment. In this regard, experts say that cesium tungsten bronze nanoparticles need to have a stable dispersion function in order to better play their thermal insulation effect. At this time, it is necessary to consider a method to improve the stable dispersion effect of nanoparticles.

Cesium tungsten oxide particles may be used to prepare a variety of near-infrared shielding material, such as, transparent thermal insulation dispersion, transparent heat insulation coating, transparent thermal insulation masterbatch and transparent heat insulation film, etc. And therefore it may be applied to architectural glass. Among them, the raw material cesium tungsten oxide powder is cesium tungsten bronze nano powder. As the dispersion properties of the nanoparticles will affect the performance of the obtained heat insulation material, it is necessary to analyze the factors that improve the dispersion of the nanoparticles such as mechanical dispersion mechanism of a physical dispersion method.

Cesium tungsten oxide particles, or cesium tungsten bronze particles, may be used for preparing a new type of transparent thermal insulation paper. Among them, the raw material is cesium tungsten bronze nano particles, and the obtained heat-insulating thin paper is a high-transparent architectural glass heat-insulating film. Experts say that the dispersion of cesium tungsten bronze nanoparticles has an effect on the properties of the final thermal insulation film. Therefore, it is necessary to have a certain understanding of the dispersion method of nanoparticles.

Cesium tungsten oxide particles, or cesium tungsten bronze particles, as a new functional material (infrared absorber), may be used to produce a transparent thermal insulation film, which is mainly used for building and automotive glass to provide heat insulation performance, with the advantages of energy conservation and consumption reduction. Also, such heat insulation product will enhance the comfort of the human body.