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Cesium Tungsten Oxide Nano Powder Applied for Near-infrared Shielding Material 55

Cesium tungsten oxide nano powder may be applied for producing near-infrared shielding material, such as thermal insulation film, thermal insulation dispersion, and thermal insulation masterbatch, etc. And then these heat insulation materials may be applied to the heat insulation field of architectural glass. Some experts used a blending method to disperse Cs0.32WO3 rod-shaped nanopowder obtained by hydrothermal synthesis and then mixed with SiO2 sol and spin-coated on a 3.2mm glass substrate to prepare Cs0.32WO3 transparent heat-insulating glass. Then they measured…

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Cesium Tungsten Oxide Nano Powder Applied for Thermal Insulation Paper 58

Cesium tungsten oxide nano powder may be applied for producing a type of transparent thermal insulation paper – thermal insulation film. First, we should know how the nano cesium tungsten oxide powder is prepared? Some experts used sodium tungstate and barium carbonate as raw materials, D-malic acid as reducing agent, raw material Cs/W ratio of 0.5, and hydrothermal reaction at 175°C for 72h, successfully synthesized rod-shaped Cs0.32WO3 nanoparticles with excellent near-infrared absorption properties. And they found that the improvement of…

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Cesium Tungsten Oxide Nano Powder Applied for Thermal Insulation Film 69

Cesium tungsten oxide nano powder has excellent near-infrared shielding property so that it may be applied for preparing a new type of heat insulating dispersion liquid to produce an environmentally friendly thermal insulation film. And the obtained thermal insulation film may be applied in architectural glass. To know the thermal insulation property of the film well, the researchers mix a 2mL of ethanol dispersion (solid mass fraction of 30.8%) and 8mL of SiO2 sol film former for 30min to obtain…

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Cesium Tungsten Oxide Nano Powder Applied for Ceramic Microsphere 58

Cesium tungsten oxide nano powder may be applied for preparing ceramic microsphere. As you may have known, before, in the traditional industrial nanotechnology, producers did not master the conversion conditions of all processes, including the design of process recipes, the pretreatment of nanopowders and the conversion conditions of nano-powders. In particular, nanopowders are prone to agglomeration due to the effect of van der Waals forces. In other words, if the traditional dispersion techniques are used, it is impossible to disperse…

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Cesium Tungsten Oxide Nano Powder Applied for Infrared Ultraviolet Shielding Material 75

Cesium tungsten oxide nano powder may be applied for preparing infrared ultraviolet shielding material. The obtained material can be thermal insulating coating or thermal insulation film used primarily in the field of building or automotive. The thermal insulation effect of this new nanomaterial is achieved by absorbing infrared light. Certainly, not only thermal insulation coating of nano grain size cesium tungsten oxide and thermal insulation film of nano particle size cesium tungsten oxide, but also many architectural thermal insulation window…

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Cesium Tungsten Oxide Nano Powder Applied for Transparent Thermal Insulation Material 76

Cesium tungsten oxide nano powder may be applied for producing transparent thermal insulation material. Therefore, with the development and industrialization of transparent heat insulation nano-coating, nano grain size cesium tungsten oxide has been rapidly developed. Moreover, as this new type of heat insulation coating of cesium tungsten oxide does not have the disadvantages of ATO coating, the market has gradually seen the use of this new type of coating in the decoration of the residents. The builders also have a…

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Cesium Tungsten Oxide Nano Powder Applied for Transparent Thermal Insulation Nanopowder 85

Cesium tungsten oxide nano powder may be applied to the preparation of transparent thermal insulation nanopowder. As you may have known, Japan and the United States started earlier in the research and development of transparent heat-insulating nanomaterials. And they are in the forefront of the world. For example, Japan has published many patents for the use of nano-ATO and nano-ITO powders for the preparation of aqueous or solvent-based infrared shielding coatings. And it has also been reported that Japanese experts…

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Cesium Tungsten Oxide Nanopowder Applied for Thermal Insulation Dispersion 67

Cesium tungsten oxide nanopowder may be applied for preparing thermal insulation dispersion, which is more and more popular because of its excellent heat insulating effect, high visible light transmittance and many other properties. As you may have known, nanotechnology is an important technical field for the development of science and technology in the 21st century. The development of nanotechnology will create a technological innovation and industrial revolution. For example, the acquisition of cesium tungsten oxide nanomaterial is due to the…

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Cesium Tungsten Oxide Nanopowder Applied for Thermal Insulation Dispersion Liquid 64

Cesium tungsten oxide nanopowder may be applied for preparing a new type of thermal insulation dispersion liquid, which may be used to prepare glass transparent heat insulation nano coating. It is reported that the light transmittance of such new inorganic transparent heat-insulating coating is over 78% in the visible light region and the infrared shielding rate is higher than 75%. And it has been reported that the coating is used in the 2000m2 window glass of the main building of…

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Cesium Tungsten Oxide Nanopowder Applied for Near Infrared Shielding Material 55

Cesium tungsten oxide nanopowder may be applied for producing near infrared shielding material, such as glass transparent heat insulating coating. At present, this kind of glass transparent heat insulation coating is receiving more and more attention. However, according to relative data, China’s building energy consumption accounts for more than 25% of the country’s total energy consumption. And the penetration rate of China’s architectural glass transparent thermal insulation coating is currently less than 10%. In other words, it is imperative to…

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