Au doped tungsten oxide can be prepared by adopting a precipitation method. The obtained Au-doped tungsten trioxide nano powder has a relatively uniform particle size distribution. Some experts used chemical precipitation method to prepare Au-doped WO3 powder:

Ni doped tungsten oxide can be prepared by adopting magnetron sputtering method, and the obtained powder can be used to prepare tungsten trioxide film. Some experts have prepared Ni-doped WO3 by magnetron sputtering. The results show that:

Mo doped tungsten oxide can be used to prepare electrochromic nano films. Specifically, some experts prepared some nano films by using MoO3-doped tungsten oxide as a raw material, and studied their electrochromic properties. The results show that:

The properties of Ti doped tungsten oxide are better than those of pure tungsten oxide. Specifically, some experts have used a magnetron sputtering method to prepare a Ti-doped tungsten oxide film. The test results show that:

Doped tungsten oxide is a material obtained by reasonably doping the tungsten oxide material with different elements. Experts say that by doping different elements, the structure and functional properties of tungsten oxide can be significantly improved, such as adjusting its absorption spectrum, improving its electrochromic properties, gas sensitivity, and catalytic properties.That is to say, the intelligent heat insulating performance of the electrochromic glass produced by using such a tungsten oxide nano material as a raw material will be improved.

Cs0.33WO3 near infrared shielding material refers to the thermal insulating material prepared by using functional particles of cesium tungsten bronze as a raw material. These materials are mostly highly transparent architectural glass thermal insulation materials, which are more and more widely applied in glass curtain walls, sunlight rooms and many other glass buildings with good heat insulation effect and broad application prospects. Some experts studied the effect of Cs0.33WO3 particle concentration, ball milling and dispersing agent on the dispersion stability of the obtained heat insulation materials.

Cs0.33WO3 thermal insulation paper, or Cs0.33WO3 heat insulation film, is a kind of transparent "paper" prepared using cesium tungsten bronze functional nanoparticles as a raw material. In recent years, this new type of thermal insulation nano material has been widely used in the field of heat insulation of building glass. Therefore, some experts say that the nano particles of cesium tungsten bronze have broad application prospects.

Experts said that Cs0.33WO3 thermal insulation film is a new building thermal insulation material with high transparency and high heat insulation property. Its film-forming materials are available in a variety of types, such as water-based acrylic emulsion and polyurethane resin.

Cs0.33WO3 thermal insulation coating, which is a new material for environmental protection and heat insulation, refers to a transparent architectural glass heat insulation coating material prepared by using cesium tungsten bronze as a raw material. Some experts have studied the effect of dispersant 5040 on the dispersion and the coating properties of Cs0.33WO3 particles.

Ammonium metatungstate nanopowder can be used to prepare cesium tungsten bronze nano powder with unique optical properties. And the prepared heat insulation nano material can be used as a raw material to produce transparent infrared thermal insulation nano material such as transparent thermal insulation coating for architectural glass.