Cesium tungsten bronze nanopowder has the best near-infrared absorption property, so it is often used to prepare dining room heat insulating glass coating --- a new type of heat insulation agent of high transparency, for glass windows, for glass doors, and for glass curtain walls. In general, the transparent heat-insulating coating can achieve an infrared shielding rate of more than 90% at 950 nm, and achieve a visible light transmittance of 70% or more. Also, it is anti-glare, waterproof, dust proof, fireproof and anti-explosion.

Cesium tungsten bronze nanopowder is an important functional material for producing hotel heat insulating glass coating. Wherein, CsxWO3 nanorods with lengths of 10-60 nm can be prepared by controllable solvothermal reaction and a subsequent heat-treatment with citric acid thermolysis under a N2 atmosphere. According to the experts, such coating is developed to achieve simultaneously higher transparency and heat-shielding performance of CsxWO3 for energy-saving glass applications.

Cesium tungsten bronze nanopowder, or CsxWO3 nanopowder, is a near-infrared absorber developed in recent years with energy-saving and environmentally-friendly properties. Therefore, CsxWO3 is more and more widely used in the preparation of exhibition hall heat insulating glass coating. You know, the particle size of CsxWO3 affects the performance of the prepared transparent heat insulation coating. But, as a beginner, do you know how to characterize the particle size distribution and average particle size of CsxWO3 powder?

Cesium tungsten bronze nanopowder for preparing windshield heat insulating coating is a nano material with high near-infrared absorption performance. Some experts successfully synthesized cesium tungsten bronze Cs0.32WO3 nanorod-like particles by hydrothermal method using sodium tungstate and cesium carbonate as raw materials, citric acid and D-malic acid as reducing agents.