Cs doped tungsten oxide nanopowder may be made into heat insulating material, such as, heat insulating film, heat insulating coating, and heat insulating dispersion, and then be applied to architectural glass or automobile glass for heat insulation to obtain thermal insulating glass. Such glass has excellent thermal insulation performance without affecting indoor day lighting or driving sight.

Cs doped tungsten oxide nanopowder may be used to prepare heat insulation coating, and thus be applied for the heat insulation of architectural glass. As you may have known, one of the traditional ways to solve the problem of glass heat insulation is to use a heat reflective film.

Cs doped tungsten oxide nanopowder may be use to produce thermal insulation coating for applying in heat insulating glass. What should be noted is that considering the size and existence of cesium doped tungsten oxide nanoparticles in a suitable solvent, it is necessary to pre-treat these nanoparticles, such as physical modification or chemical modification, to improve the stability of particles in the solvent.

Cs doped tungsten oxide nanopowder may be applied for preparing near-infrared shielding material, such as, transparent heat insulating nano-coating and the like. And such transparent heat insulating materials are mostly environmentally-friendly thermal-insulating materials, which are commonly used in the construction field.

Cs doped tungsten oxide, mainly cesium doped tungsten oxide nanopowder, may be applied for preparing ceramic microsphere. And the prepared ceramic nano particles will have many unique physicochemical properties due to the surface effects, small size effects and quantum size effects of its raw material – nano grain size cesium doped tungsten oxide. And the most important property is light performance, including transparency and color effect. And the color effect has been applied in the production of nano ceramics.

Cs doped tungsten oxide may be used for the production of thermal insulation masterbatch, which is a deep blue functional masterbatch. The obtained masterbatch is environmentally friendly. According to experts, such masterbatch has good lightness and toughness, conforming to national standards. Also, it has good heat insulation performance, excellent dispersibility and thermal stability. Besides, it can maintain the highest retention rate of mechanical strength of the subsequent product.

Cs doped tungsten oxide may be applied for preparing nano-ceramic color master, which has the advantages of wear resistance, high temperature resistance and deformation resistance, thereby improving the toughness, wear resistance, chemical stability and impact strength of the subsequent ceramic material. According to experts, the preparation process of the ceramic color master is not complicated, and the production process is environmentally friendly and pollution-free.

Cs doped tungsten oxide may be used for producing nano-ceramic dispersion solution, which is an environmentally-friendly nano-aqueous transparent heat-insulating dispersion liquid. According to experts, such material can simultaneously exert the functions of wetting, grinding, dilution and stabilization in the preparation process of ceramic slurry, thereby improving the performance of the ceramic product and reducing the manufacturing cost.

Cs doped tungsten oxide may be applied for producing a new type of environmentally friendly thermal insulation dispersion of high transparency. The obtained dispersion exhibits a deep blue transparent solution with excellent infrared shielding effect. Therefore, in recent years, it has been more and more widely applied to the field of heat insulation of building window glass.

Cs doped tungsten oxide can be said to be a type of environmentally friendly transparent thermal insulation nanopowder. It is “transparent” because the heat insulating materials prepared by Cs doped tungsten oxide nano powder all have high transparency. In addition, these cesium doped tungsten oxide materials have good thermal insulation properties. And therefore, they are more widely used in architectural glass and automotive glass for heat insulation. These heat insulating materials have longer service life. Therefore, experts are more concerned about the cesium doped tungsten oxide powder.