Cs0.33WO3 nanoparticles are said to be a type of transparent thermal insulation nanopowder as its subsequent heat insulating materials such as architectural heat-insulating coatings are all of high transparency. As functional particles, the raw material cesium tungsten bronze nanoparticles exhibit excellent thermal insulation and UV-blocking properties.

Cs0.33WO3 particles, which are cesium tungsten bronze particles (mainly nanoparticles), may be used to prepare transparent heat-insulating coating. The obtained coating may be applied to automotive glass to obtain heat insulating window glass. And such glass will achieve the purposes of environmental protection, high heat insulation, energy conservation, and good anti-ultraviolet performance. Among them, the auxiliary agent is one of the basic components of the transparent heat insulation coating.

Cs0.33WO3 particles, namely cesium tungsten bronze heat insulation nano particles, may be first prepared into transparent heat insulation coatings and then applied to produce window heat insulation film for using in building glass. In the production process, a plurality of tests such as adhesion test on the obtained coating is required. So, specifically, how to conduct adhesion testing?

Cs0.33WO3 particles, or cesium tungsten bronze particles, may be prepared into transparent heat-insulating coating, which may be used in architectural glass or automotive glass to obtain thermal insulating glass. Such glass has the advantages of heat insulation, energy saving and consumption reduction. And it is necessary to do the water resistance test, chemical resistance test and other tests of the Cs0.33WO3 coating. So, how to conduct a water resistance test?

Cs0.33WO3 particles may be applied to prepare transparent heat insulation coating and thus be applied to the field of architectural glass. The Cs0.33WO3 raw material used is cesium tungsten bronze nanoparticles, which is a type of nano oxide particles with excellent thermal insulation property. So, the cesium tungsten bronze nano particles may be used as a type of pigment and filler for transparent heat-insulating coating.

Cs0.33WO3 particles may be used to prepare a new type of energy-saving thermal insulation coating, and thus be applied to architectural glass to obtain a thin thermal insulation film with high thermal insulation effect and high UV resistance. The prepared coating is an environmentally friendly coating of high transparency. And the coatings used are in the category of shielding coatings, which are often used in combination with reflective coatings and radiant coatings.

Cs0.33WO3 particles may be used to prepare near-infrared shielding material. The prepared material is an inorganic nano UV and IR shielding coating that may be used with both radiant coating and reflective coating. Among them, the shielding type heat insulating coating refers to a coating material that achieves heat insulation by significant resistance to heat transfer. So, what is a radiant coating?

Experts said that Cs0.33WO3 particles, also known as cesium tungsten bronze nanoparticles, may be used to prepare a transparent thermal insulation paper, that is, heat insulating film. Among them, they studied the effects of different film-forming materials, including PVA, PVB, and PVP, on the visible-near-light transmittance of cesium tungsten bronze particles. The image below is the transmittance spectra of PVA/Cs0.33WO3、PVB/Cs0.33WO3、PVP/Cs0.33WO3 coating.

Cs0.33WO3 particles, or cesium tungsten bronze particles or cesium doped tungsten oxide particles, may be used as heat insulating functional particles for the production of thermal insulation film. The following image shows the transmittance spectra of Cs0.33WO3 coatings prepared from dispersion of particles in aqueous solution and ethanol. With ethanol as the dispersion medium, the average particle size of the cesium tungsten bronze nanoparticles of the slurry was 326.6nm, which was larger than the original particle size.

Cs0.33WO3 particles, or cesium tungsten bronze nano particles, or cesium tungsten bronze nano powder, may be applied for producing thermal insulation dispersion. In recent years, the hot technology of the powder industry has always been related to nanopowder, among which the preparation method of nanopowder is the first to be noted. Common nano powder preparation methods are chemical method and physical method. The physical preparation method includes a mechanical alloying method and the like. So what is the mechanical alloying method?