Cesium tungsten bronze nano dispersion has high transparency and good near-infrared shielding function, so it is often used in the preparation of heat insulation coating. And it has found that when the near-infrared shielding ratio of the cesium tungsten bronze organic phase dispersion at 1000 nm is 90%, the visible light transmission at 520 nm can reach 73%. The experts used nano cesium tungsten bronze in the aqueous phase dispersion synthesized by hydrothermal method as the raw material, coated and modified the particle surface, and dispersed in dimethyl sulfoxide to obtain cesium tungsten bronze nano dispersion with these properties.

Cesium tungsten bronze particle is often used to prepare coated glass due to its excellent near-infrared shielding properties and visible light transmission properties. During the preparation of coated glass, cesium tungsten bronze nano particles exist in the nano cesium tungsten bronze aqueous dispersion at the beginning. Well, do you know how to prepare cesium tungsten bronze coated glass?

Cesium tungsten bronze dispersion, as a functional material, is studied to prepare nanocomposite coated glass with good thermal insulation properties. Well, how to prepare nanocomposite coated glass of cesium tungsten bronze dispersion?

Cesium tungsten bronze nanopowder, as a new type of transparent energy-saving material, is important for preparing energy saving glass. The prepared heat insulation glass has the advantages of relatively low price, high visible light transmittance and high near-infrared shielding rate. It helps achieve the goals of improving human comfort and reducing building energy consumption.

Cesium tungsten bronze with the formula of CsxWO3 is well-known as a near-infrared shielding material. You know, there are many near-infrared shielding materials, but it is generally believed that cesium tungsten bronze is the most popular functional nanomaterials for preparing building energy-saving materials such as thermal insulation coatings. According to the experts, the solar radiation energy reaching the earth's surface is mainly composed of ultraviolet light (<400nm), visible light (400nm-780nm), and infrared light (> 780nm). Among them, infrared light is an important part of sunlight and a major source of thermal energy.

Cesium tungsten bronze, with the formula of CsxWO3, holds interesting optical properties (near-infrared shielding effect) so that it is regarded as a promising material in a wide range of applications, such as, the preparation of heat insulation film. Also, it is reported that Cr-CsxWO3 and Mo-CsxWO3 prepared by a water-controlled release solvothermal method have good near-infrared shielding performance. And some experts have investigated the effects of temperature, time and molar ratio on the properties of cesium tungsten bronze by orthogonal experiments.

Cesium tungsten bronze dispersion has high transmittance in the visible light region as well as excellent shielding properties of near infrared light so that it is usually applied for producing heat insulation coating. To improve heat shielding performance of the dispersion, some experts prepared cesium tungsten bronze by surface coating method (PVP-CsxWO3) and template method (CTAB-CsxWO3), and investigated the effects of these two methods on the photothermal properties and photothermal conversion efficiency of cesium tungsten bronze.

W18O49 nanorod, or violet tungsten oxide, may show strong absorption of NIR light and high transmittance in the visible region so that it is often applied to prepare heat insulation coating. And such coating is promising in building energy efficiency. Well, do you know how to synthesize W18O49 nanorod? Some experts have prepared W18O49 nanorod via ammonium tungsten oxide and studied its interesting optical properties.

Tungsten bronze is a selective light-transmitting material (near-infrared shielding material) with the formula of CsWO3, which is often used to prepare transparent heat insulation coating, so that the resulting coating can achieve high transparency while exert excellent heat radiation shielding performance in the entire infrared light region (780- 2500 nm). And therefore, such a coating is often applied to sunrooms, office, living rooms and many other places.

CsxWO3 for producing new transparent heat insulation coating is cesium tungsten bronze --- an inorganic nanoparticle with special optical properties. But why choose a new transparent heat insulation coating of cesium tungsten bronze instead of other heat insulation products?