Nano cesium tungsten bronze, or nano Cs0.33WO3, may be used to prepare heat insulation coating, and thus be sprayed onto architectural glass to form a transparent thermal insulation film. This kind of environmental protection film has the advantages of ultraviolet shielding, explosion-proofing, heat insulation, energy conservation and privacy protection. Nowadays, the heat insulating film of cesium tungsten bronze nanoparticles is becoming the green energy saving and consumption reduction scheme of choice for architects and decoration designers.

Nano cesium tungsten bronze, or Cs0.33WO3 nano particles, may be used to prepare a new type of thermal insulation coating, which has excellent heat insulation effect and good light transmittance. Therefore, it is reported that the heat insulation coating of Cs0.33WO3 nanoparticles is a feasible energy-saving solution for building heat insulation. So, it has become the focus of the construction industry. But, why?

Nano cesium tungsten bronze, nano grain size Cs0.33WO3, may be applied for producing a variety of near-infrared shielding material, such as, thermal insulation film, thermal insulation dispersion, and thermal insulation coating, etc. And thus these thermal insulation materials may be applied in architectural glass such as villas.

Nano cesium tungsten bronze, or nano Cs0.33WO3 particles, may be applied for producing nano-ceramic color master. And the obtained color master may be used to produce thermal insulation materials such as thermal insulation films for architectural glass to achieve the purpose of heat insulation and energy conservation. In this regard, experts say that cesium tungsten bronze nanoparticles are inorganic semiconductor nanomaterials that not only have the function of shielding near-infrared light and ultraviolet light, but also have surface and interface effects.

Nano cesium tungsten bronze, or nano grain size Cs0.33WO3, may be used to produce nano-ceramic dispersion solution, which may be applied to architectural glass to form a thin transparent heat-insulating film. And thus the building glass of such film may shield ultraviolet rays and near-infrared rays. In this regard, experts said that in general, inorganic nanoparticles are difficult to wet and disperse, but cesium tungsten bronze nanoparticles must have good dispersion stability to exhibit their own properties. And therefore it is very important to obtain a system with dispersion stability.

Nano cesium tungsten bronze, or nano grain size Cs0.33WO3, may be used to produce a new type of thermal insulation dispersion and be applied in architectural glass to achieve the aim of energy conservation, heat insulation and heat preservation. In the hot summer, if we want to save air-conditioning expenses and don't want to be in a “sauna room”, what should we do?

Nano cesium tungsten bronze, Cs0.33WO3 nano powder, may be used to prepare a transparent thermal insulation dispersion liquid, which may be applied to architectural glass such as sun room to achieve the purpose of high heat insulation and high transparency. For the all-glass building, it is important to take measures for high heat insulation. Otherwise, there will be a situation where you will have a sauna everyday in the hot summer, or you will be shivering in the cold winter. That is because the ordinary glass is really common without the performance of heat insulation and heat preservation.

Nano cesium tungsten bronze, or Cs0.33WO3 nanoparticles, may be applied to prepare near infrared shielding material such as architectural insulation films. In summer, such transparent glass film can effectively shield more than 90% of solar heat and prevent external heat sources from entering the room. In winter, this kind of transparent film can maintain the indoor temperature well and reduce the heat loss caused by the glass. Therefore, the thermal insulation film of nano cesium tungsten bronze is more and more widely applied to architectural glass, such as, office buildings, exhibition halls, airports, hotels, and schools, etc.

Nano cesium tungsten bronze, also known as Cs0.33WO3, may be applied for producing infrared thermal insulation nano material such as thermal insulation dispersion. And the obtained transparent dispersion may be prepared into heat insulation coating for using in architectural glass to form a thermal insulation film. According to experts, the thin film may block infrared rays, especially near infrared light.

Nano cesium tungsten bronze, or nano Cs0.33WO3, may be applied for preparing a new type of infrared ultraviolet shielding material such as thermal insulation films, which may be used in architectural glass. What you may not know is that skin is more sensitive to ultraviolet light in winter than in summer.