Cesium tungstate may be used to prepare nano heat insulation slurry first, and then be applied for producing thermal insulation coating. As you may have known, the preparation of cesium tungstate raw materials is particularly important, which will affect the quality of subsequent slurry and coating. Therefore, experts have conducted in-depth research on the preparation method of cesium tungstate powder.

Cesium tungstate may be used to prepare near-infrared shielding material such as cesium tungstate nano heat insulation slurry and cesium tungstate nano heat insulation water-based coating. Among them, cesium tungstate nano heat-insulating slurry is mainly used to prepare cesium tungstate nano heat-insulating water-based coating.

Cesium tungstate may be applied for preparing nano heat insulation slurry and therefore be used to produce thermal insulation paper, i.e. thermal insulation thin film. And the obtained nano heat insulating slurry of nano grain size cesium tungstate is extremely stable. Also, such material has strong absorption of sunlight, and can effectively control solar radiation. In other words, the heat insulation paper can block infrared rays and ultraviolet rays while ensuring high visible light transmission.

Nano CsxWO3 powder, or nanometer cesium tungsten bronze powder, may be applied for preparing thermal insulation coating. As you may have known, the cesium tungsten bronze used has many special physical and chemical properties such as conductivity, photochromic property and optical absorption property due to its own structural characteristics.

Nano CsxWO3 powder, or nano cesium tungsten bronze powder, may be applied for producing near-infrared shielding material such as cesium tungsten bronze transparent nano composite coating material. For the research and preparation of nano composite coating and industrialization of nanometer cesium tungsten bronze, foreign countries started earlier than domestic, especially in the United States, South Korea and Japan. And a company in the United States is more famous. The company has prepared a variety of nano semiconductor materials by physical vapor phase synthesis method.

Nano CsxWO3 powder, or nano grain size cesium tungsten bronze powder, may be applied for preparing thermal insulation paper. As you may have known, cesium tungsten bronze powder has excellent photochromic performance. Studies have shown that the cesium tungsten bronze has low discoloration time lag and excellent photochromic performance in both the ultraviolet and visible light bands.

Nano CsxWO3 powder, or nano grain size cesium tungsten bronze powder, may be applied for preparing thermal insulation film. And the cesium tungsten bronze nanopowder has photochromic property. The photochromic property of cesium tungsten bronze is a reversible process. Under the radiation of a certain wavelength of light, the structure of the cesium tungsten bronze material changes to absorb other spectra, and then returns to the previous form after heating.

Nano CsxWO3 powder, or nano particle size cesium tungsten bronze, may be applied for preparing ceramic microsphere. And the raw material for ceramic nanoparticles --- cesium tungsten bronze nanopowder, can be prepared by hydrothermal method. The hydrothermal method uses water as a liquid medium and inorganic salts as a reaction raw material. As you may have known, the preparation of cesium tungsten bronze nano material by this method is a relatively mature process. So, the following is the process.

Nano CsxWO3 powder, or nano particle size cesium tungsten bronze powder, may be applied for preparing thermal insulation masterbatch. That is because the cesium tungsten bronze nano particles has special internal tunnel structure and carrier transport characteristic, and therefore it has many excellent optical properties such as photochromic property and light selective permeability.

Nano CsxWO3 powder, or nano cesium tungsten bronze powder, may be applied for preparing nano-ceramic color master. And the cesium tungsten bronze nano powder can be prepared by solvothermal method. Compared with the solid phase method and the gas phase method, the solvothermal method is simple in operation, low in reaction temperature, low in energy consumption, short in cycle, and weak in product agglomeration.