Ammonium metatungstate may be used to prepare cesium tungsten bronze thermal insulation masterbatch, and thus be applied to the preparation of thermal insulation film, and finally be applied to architectural glass. As you may have known, the transparent heat-insulating film prepared from such nanomaterials has high transparency and high heat-insulating properties. And there are also data showing that, in general, the transparent heat-insulating film of cesium tungsten bronze nanoparticles can have a visible light transmittance of more than 70%. And its infrared blocking rate can be greater than 90%.

Ammonium metatungstate is an important raw material for the preparation of cesium tungsten bronze nanoparticles. The obtained cesium tungsten bronze (CWO) is a functional particle, which may be used to prepare a new type of environmentally-friendly transparent thermal insulation dispersion. And the prepared dispersion may be applied to the production of thermal insulation coatings, and finally be sprayed on the architectural glass or automotive glass to form a thin layer of thermal insulation film with high transparency.

Ammonium metatungstate is one of the important raw materials for preparing thermal insulation dispersion liquid of nano cesium tungsten bronze. The raw material is AMT nanoparticles (nanopowder), which have the advantage of shielding short-wave near-infrared. So, do you know what kinds of chemical preparation methods can be used for producing nanopowder?

Ammonium metatungstate is one of the main raw materials for producing near infrared shielding material such as transparent heat-insulation films. Recently, some experts have proposed a new method for preparing cesium tungsten bronze heat-insulating film using ammonium metatungstate as raw material by a new method.

Ammonium metatungstate may be applied for preparing a new type of transparent infrared thermal insulation nano material such as transparent heat insulation coatings of nano particle size cesium tungsten bronze. In this process, ammonium metatungstate particles are mainly used as near-infrared short-wave nano shielding materials. By taking the sprayed automobile glass as an example, a new environmentally friendly heat-insulating glass treatment method will be specifically introduced.

Ammonium metatungstate may be used to prepare infrared ultraviolet shielding material such as thermal insulation coatings of cesium tungsten bronze nanoparticles. After coating the building or automobile glass with the following glass spraying process, the obtained glass will have better performance such as higher heat insulation performance, higher ultraviolet shielding performance, higher visible light transmittance and higher durability. Also, it is easier to construction with excellent privacy protection.

Ammonium metatungstate may be used to prepare transparent thermal insulation material of cesium tungsten bronze nanoparticles. The obtained material may be used for building window glass heat insulation with radiation-proof property. Some experts have proposed a method of glass heat insulation and radiation protection, wherein the near-infrared short-wave shielding nano material used is ammonium metatungstate particles.

Cs0.33WO3 nanoparticles may be used to prepare a new heat insulation coating. The obtained coating material is transparent, so the heat insulating film prepared by the cesium tungsten bronze functional nano material can have a good heat insulating effect while ensuring high light transmittance. So, how to deal with the coating formulation to maximize the transparent heat insulation property of the material?

Cs0.33WO3 nanoparticles may be used to prepare thermal insulation coating, which is a new barrier type function material. Experts say the coating can be used in conjunction with reflective type coatings. Before we have already what is a barrier type coating. Today, let's look at what is a reflective type coating?

Cs0.33WO3 nanoparticles are inorganic nanomaterials that may be used to prepare near-infrared shielding material such as transparent heat-insulating coatings, transparent heat-insulating films, and so on. The raw material nano Cs0.33WO3 particles used are cesium tungsten bronze nano functional particles. The particles are uniform, the dispersion is good, and the absorption effect on the near-infrared is excellent (the heat insulation effect is good). Also, the shielding rate of ultraviolet rays is high.