Nano Cs doped tungsten oxide, also known as cesium tungsten bronze nano powder, or Cs0.33WO3 nanoparticles, may be used to prepare a transparent thermal insulation coating. As you may have known, Cs0.33WO3 particles that have been well wetted and dispersed exhibit excellent near-infrared shielding properties. And it is reported that the transparent heat insulation material of cesium tungsten bronze nano particles has a maximum shielding ratio of 96% at 1100nm.

Nano Cs doped tungsten oxide, which is also called cesium tungsten bronze nanoparticles, may be applied for manufacturing near-infrared shielding material such as transparent heat insulating coating. And the obtained coating may be used in glass windows so that it has become an important means of energy conservation and environmental protection in the fields of construction and automobiles.

Nano Cs doped tungsten oxide, or nano cesium tungsten bronze, or Cs0.33WO3 nanoparticles, may be applied for preparing a new type of transparent thermal insulation paper. That is because cesium tungsten bronze nanoparticles are a high-density free electron gas-type material that has high concentration of free carriers. So, it has excellent visible light transmission and near-infrared shielding performance.

Nano Cs doped tungsten oxide, nano cesium tungsten bronze particles, may be applied to produce thermal insulation coating and then be used in construction and automotive glass in the form of thermal insulation film. As you may have known, both transparent heat insulating coating and film of cesium tungsten bronze nano particles have high near-infrared shielding effect and excellent visible light transmittance. So, it is a good energy-saving and consumption-reducing method for building and automobile glass.

Nano Cs doped tungsten oxide, or nano particle size cesium tungsten bronze, may be applied for producing ceramic microsphere. According to experts, the raw material nano cesium tungsten bronze particles can be prepared by solvothermal reduction method (also called solvent chemical reduction method). The so-called solvothermal reduction method involves dispersing a reactant in a solution and causing a redox reaction in an autoclave or a closed vessel.

Nano Cs doped tungsten oxide, or nano grain size cesium tungsten bronze, may be applied for producing thermal insulation masterbatch. According to experts, the used cesium tungsten bronze nanoparticles can be prepared by hydrothermal synthesis using Na2WO4•2H2O and Cs2CO3 as raw materials.

Nano Cs doped tungsten oxide may be used to produce nano-ceramic color master, which is a new kind of functional color master. According to experts, the obtained color master is a heat insulation material for using in building glass and many other fields. And it is also known as high-efficiency nano near-infrared energy-saving masterbatch, namely high-temperature nano-ceramic masterbatch. As you may have known, masterbatch coloring method is the most commonly used plastic coloring method today. And therefore, the application of cesium tungsten oxide nano particles is wider than before.

Nano Cs doped tungsten oxide may be applied for preparing nano-ceramic dispersion solution, which is a transparent heat insulation dispersion solution for using in building glass.

Cs doped tungsten oxide powder may be applied for preparing window heat insulation film, which is a new type of transparent energy-saving material. And such material is a transparent conductive oxide, which has excellent spectral selectivity. And therefore it may be applied to building glass for high heat insulation performance.

Cs doped tungsten oxide powder may be applied for preparing many type of transparent energy-saving materials such as thermal insulation film and thermal insulation coating, and then used in architectural glass to obtain thermal insulating glass. Certainly, such heat insulation glass may not only used in architectural industry. At present, this kind of glass has been widely used for heat insulation and heat preservation of automobile glass, ship glass, aircraft glass, etc. to achieve the purpose of energy conservation and consumption reduction.