Information

Information
Nanometer Blue Tungsten Oxide Applied for Nano-ceramic Dispersion Solution 70

Nanometer blue tungsten oxide may be applied for producing nano-ceramic dispersion solution. And the obtained dispersion solution has a lot of excellent properties such as super-dispersibility, high heat insulation and high transparency. Blue tungsten oxide can also be used to prepare tungsten powder. As you may have known, tungsten processing materials include cemented carbide, tungsten alloy, tungsten wire, tungsten electrode, and so on. Since the performance and production scale of these materials have reached or are close to the world…

Information
Nanometer Blue Tungsten Oxide Applied for Thermal Insulation Dispersion 72

Nanometer blue tungsten oxide may be applied for producing thermal insulation dispersion. The prepared dispersion can be widely used in various automotive films, architectural films, architectural coatings, plastics and resin products as it has good compatibility with various resins, coatings and plastics. And they can be mixed at will. Such dispersion has high transparency and high heat insulation effect. More specifically, the dispersion can shield most of the infrared light at 950nm, which is more than 90%. The dispersion can…

Information
Nanometer Blue Tungsten Oxide Applied for Thermal Insulation Dispersion Liquid 67

Nanometer blue tungsten oxide may be applied for preparing thermal insulation dispersion liquid. The obtained dispersion liquid has the characteristics of uniform particle size and high crystallinity. Such dispersion liquid also has super-dispersion property, so that it is easily dispersed in various polar or non-polar organic solvents and water. And therefore it is used for applications such as heat insulating glass. Blue tungsten oxide can also be used to prepare tungsten powder. There are many factors affecting the performance of…

Information
Nanometer Blue Tungsten Oxide Applied for Near Infrared Shielding Material 88

Nanometer blue tungsten oxide may be applied for producing near infrared shielding material, such as thermal insulation films. The obtained heat-insulating film has an ultraviolet blocking rate of 99% and a visible light transmittance of more than 70%. Moreover, the heat insulation film also has an explosion-proof effect, which can resist a certain impact force and prevent the glass from breaking and scattering. Blue tungsten oxide can be prepared by self-reduction of ammonium paratungstate. Under special process and technical conditions,…

Information
Nanometer Blue Tungsten Oxide Applied for Infrared Thermal Insulation Nano Material 64

Nanometer blue tungsten oxide may be applied for producing infrared thermal insulation nano material, such as, heat-insulating films, and heat-insulating sheets, etc. This type of window heat insulation film is a new high-tech product with dings of high heat insulation, high UV resistance, explosion protection, decoration, safety, privacy, energy conservation and environmental protection. It has been widely used in commercial buildings, hotels, and exhibition halls, etc. The blue tungsten oxide can also be used to prepare tungsten powder. As you…

Information
Nanometer Blue Tungsten Oxide Applied for Infrared Ultraviolet Shielding Material 54

Nanometer blue tungsten oxide may be applied for producing infrared ultraviolet shielding material such as thermal insulation film. And the obtained heat insulation materials have been gradually applied to architectural glass and automotive glass for heat insulation. Also, it can be applied in aircraft, yacht and cruise ship. Blue tungsten oxide can be obtained by a self-reduction process of ammonium paratungstate. The principle of preparing blue tungsten oxide by self-reduction of ammonium paratungstate: Using the existing rotary electric furnace equipment…

Information
Nanometer Blue Tungsten Oxide Applied for Transparent Thermal Insulation Material 51

Nanometer blue tungsten oxide may be applied for preparing transparent thermal insulation material and therefore be applied in the heat insulation fields of construction and automotive. The blue tungsten oxide can be obtained by the self-reduction preparation process of ammonium paratungstate. In other words, it is the process of self-reduction of the cracked product of APT at high temperature by using APT to crack H2 at high temperature. The process adopts traditional equipment. By rationally configuring the process parameters and…

Information
Nanometer Blue Tungsten Oxide Applied for Transparent Thermal Insulation Nanopowder 54

Nanometer blue tungsten oxide may be applied for producing transparent thermal insulation nanopowder. What should be noted is that the prepared powder is not really transparent. It is the obtained heat-insulating film that has high transparency. Blue tungsten oxide can be prepared by self-reduction of ammonium paratungstate (APT). Some researchers have studied the process technology of self-reduction to prepare blue tungsten oxide by using ammonium paratungstate as raw material. These researchers adopted the technique of pyrolysis of ammonium paratungstate to…

Information
Nanometer Violet Tungsten Oxide Applied for Heat Insulating Window Glass 111

Nanometer violet tungsten oxide can be applied in heat insulating window glass in the form of heat insulating film. Such heat insulation film is suitable for buses, private cars, bullet train, and the like. Violet tungsten oxide can also be used to prepare ultrafine tungsten carbide powder. Some scholars used blue tungsten oxide as a reference sample to prepare a certain amount of powder from two kinds of tungsten oxide (violet tungsten oxide and blue tungsten oxide), and then separately…

Information
Nanometer Violet Tungsten Oxide Applied for Window Heat Insulation Film 76

Nanometer violet tungsten oxide may be applied for producing window heat insulation film and thus be used in building glass that requires high visible light transmittance to reduce indoor temperature. In other words, such thin heat insulation film has high heat insulation performance without affecting daylighting. Violet tungsten oxide can also be used to produce ultrafine tungsten powder and tungsten carbide powder. Many experiments have shown that violet tungsten oxide has better physical properties than blue tungsten oxide, which is…

1 260 261 262 263 264 319