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Tungsten oxide powder may be used for producing thermal insulation dispersion, and therefore be applied in the preparation process of ceramic slurry to play the role of wetting, grinding, dilution and stabilization. Certainly, such tungsten oxide dispersion plays an important role in improving the performance of ceramic products and reducing production costs. Tungsten Oxide Ceramic Dispersion Functions Dispersion refers to a surfactant that can rapidly wet the surface of solid particles and increase the energy barrier between solid particles to…

Tungsten oxide powder may be applied for preparing thermal insulation dispersion liquid so that it may be used in the production process of ceramics to meet the requirements of ceramic slurry with high solid content and good fluidity. And in the producing process, tungsten oxide dispersion liquid can act as a diluent. Dilution of Tungsten Oxide Dispersion Liquid Adding a certain amount of tungsten oxide dispersion liquid to the ceramic slurry can effectively reduce the viscosity of the ceramic slurry.…

Nano tungsten oxide may be used for producing thermal insulation dispersion, and therefore be applied in buildings or vehicles for building energy efficiency. It may be applied in window glasses for heat insulation in hot summer. Tungsten oxide may also be used as a photocatalyst. However, tungsten oxide is not perfect in terms of photocatalysis – it has some defects. Moreover, currently, there is no way to solve these problems at once, such as the problem of lower position of…

Nano tungsten oxide may be applied for preparing thermal insulation dispersion liquid, and thus be applied in heat insulating films, glasses, and plates, etc. Tungsten oxide is mainly applied in buildings or vehicles for high heat insulation. Certainly, tungsten oxide has a wider range of applications, such as photochromic films, electrochromic films, photoelectrochemical cells, gas-sensitive materials, and lithium-ion materials, etc. However, tungsten oxide has some drawbacks in photocatalysis. Therefore, tungsten oxide needs to be modified to improve its photocatalytic performance.…

Nano tungsten oxide is not only a member of the big family of near infrared shielding material, but a member of the small family of photocatalyst. As you may have known, tungsten oxide is considered to be one of the most promising photocatalysts due to its wide range of raw materials, relative low price, non-pollution and light stability. While what should be noted is that tungsten oxide photocatalyst has been successfully applied in experiments to remove water and atmospheric pollutants.…

As a type of infrared thermal insulation nano material, nano tungsten oxide has excellent heat insulation effect, which can reduce energy consumption and therefore save cooling fee on air-conditioning in hot summer. Certainly, it also improves human comfort by reduce glare effectively. Tungsten oxide is also an extremely important member of photocatalysts, which has a wide range of sources, environmental friendliness, and relatively low cost. Thus, there is no doubt that related studies on the photocatalytic performance of tungsten oxide…

As a type of transparent thermal insulation nanopowder, nano tungsten oxide has the characteristics of high transparency and high shielding rate to infrared rays and ultraviolet rays. Tungsten oxide is also a photocatalyst. Tungsten oxide can be applied in heat insulating glass, including smart glass, electrochromic glass and photochromic glass when it is used as a heat insulating material. And tungsten oxide can be applied in photocatalytic hydrogen production when it is used as a photocatalyst. When it comes to…

Nano tungsten oxide is not only a kind of infrared ultraviolet shielding material, but also a very important member of photocatalysts. Tungsten oxide exhibits very good photocatalytic activity, which is similar to the most classic photocatalyst – titanium dioxide (Ti4+). So, what is a photocatalyst? Photocatalyst refers to a general term for a chemical substance that can act as a catalyst under the excitation of photons. Titanium dioxide, particularly in the anatase form, exhibits photocatalytic activity under ultraviolet (UV) irradiation.…

As a type of transparent thermal insulation material, nano tungsten oxide has the advantages of high heat insulation (infrared shielding rate of 60-99%, varying with the addition ratio) and high visible light transmittance (visible light transmittance of 50-80%). Tungsten oxide itself also has unique physical and chemical properties, such as high temperature resistance, high stability in the air, and so on. For example, tungsten trioxide will exhibit different crystal structures at different temperatures, and different crystal structures have different physical…

Tungsten oxide powder is a type of infrared thermal insulation nano material that can be applied to smart glass in the form of thermal insulation film with high visible light transmittance and high thermal insulation. Tungsten oxide is also a catalyst that can be used in photocatalytic degradation of organic pollutants. Certainly, tungsten oxide has many other applications. Why do scientists study the photocatalytic degradation of organic pollutants of tungsten trioxide? Researchers have found that photocatalytic oxidation reactions driven by…