Tungsten

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Masterbatch 58

Nanometer yellow tungsten oxide may be applied for producing thermal insulation masterbatch, wherein the yellow tungsten oxide nanopowder has a solid content of 4-10%, a dispersed particle size of less than 60nm, an optical activity resistance of 8 or more, and a temperature resistance higher than 400 degrees Celsius. Besides, the finished product has a haze of less than 1%. And it has good weather resistance. In addition, its color change is less than 0.8. This heat insulating masterbatch revolutionizes…

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Nanometer Yellow Tungsten Oxide Applied for Nano-ceramic Color Master 63

Nanometer yellow tungsten oxide may be used in the preparation of nano-ceramic color master, in which the solid content of yellow tungsten oxide nanopowder is between 5% and 10%, the infrared blocking rate is between 60% and 99% (changing with the addition ratio), and the visible light transmission ratio is between 70% and 80%. Besides, the finished product has a haze of less than 1. In addition, the weather resistance is good. Therefore, this type of color master is widely…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Dispersion 88

Nanometer yellow tungsten oxide can effectively shield the energy in the near-infrared and far-infrared regions with excellent thermal insulation properties. Nano grain size yellow tungsten oxide also has the characteristics of good transmittance, weather resistance and stability. Moreover, such nano dispersion of heat insulation performance is still very transparent at high solids (to 50wt%). Therefore, yellow tungsten oxide nanopowder can be used for the preparation of thermal insulation dispersion. The heat insulating dispersion of yellow tungsten oxide can reduce the…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Dispersion Liquid 64

Nanometer yellow tungsten oxide for producing thermal insulation dispersion liquid not only has excellent photochromic properties, but also has electrochromic properties. It means that nano grain size yellow tungsten oxide is not only a type of thermal insulation, but also an electrochromic material. The yellow tungsten oxide with good electrochromic property is a new dingal material that has a wide range of applications in the fields of information, electronics, energy, construction and defense. A device made of an electrochromic material…

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Near Infrared Shielding Material Nanometer Yellow Tungsten Oxide 94

Nanometer yellow tungsten oxide is a type of near infrared shielding material. Such material is what we often called heat insulation material. Yellow tungsten oxide nano powder is also an electrochromic material. After half a century of development, electrochromism has achieved many effective results and has been put into use in some fields. With the continuous development of science and technology, electrochromic materials and electrochromic devices will play a more important role. At present, electrochromic glass (smart window) has been…

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Infrared Thermal Insulation Nano Material: Nanometer Yellow Tungsten Oxide 64

Nanometer yellow tungsten oxide is a new type of infrared thermal insulation nano material that may be used in architectural glass and automotive glass. Nano grain size yellow tungsten oxide is also an electrochromic material. As you may have known, electrochromic materials are widely studied as a category of the most promising smart materials available. Among them, inorganic metal oxides are the most studied category, especially yellow tungsten oxide (tungsten trioxide) and NiOx. Nowadays, many materials prepared by using electrochromic…

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Infrared Ultraviolet Shielding Material: Nanometer Yellow Tungsten Oxide 64

Nanometer yellow tungsten oxide is not only a kind of infrared ultraviolet shielding material, but also an electrochromic material. The thin film made using yellow tungsten oxide nanopowder as raw material has excellent heat insulation effect so that it can be used in the form of heat-insulating film in buildings or automobiles no matter what is it — a thermal insulating material or an electrochromic material. It can make the inside space where using such film “warm in winter and…

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Transparent Thermal Insulation Material: Nanometer Yellow Tungsten Oxide 62

Nanometer yellow tungsten oxide may be used to produce transparent thermal insulation material, more exactly, for producing transparent heat-insulating film. And therefore, it can be used on glass which requires high heat insulation and high light transmittance, such as, architectural glass, automobile glass, and the like. Nano grain size yellow tungsten oxide is also an electrochromic material that can be used to produce electrochromic devices. The so-called electrochromic device is a device that utilizes the electrochromic effect of a substance,…

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Transparent Thermal Insulation Nanopowder: Nanometer Yellow Tungsten Oxide 58

Nanometer yellow tungsten oxide may be used to produce transparent thermal insulation nanopowder. In fact, the nanopowder is not transparent. But, thermal insulation film using nano grain size yellow tungsten oxide as raw material is transparent. Besides, yellow tungsten oxide is also a typical representative of inorganic electrochromic materials. At present, electrochromic devices using yellow tungsten oxide as dingal material have been industrialized. In practical applications, especially in the preparation of electrochromic devices, electrochromic materials meet the following requirements generally:…

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Nanometer Yellow Tungsten Oxide Applied for Ceramic Microsphere 106

Nanometer yellow tungsten oxide may be used in the preparation of ceramic microsphere. And therefore it can be applied for the development of nano-particle reinforced aluminum matrix composites with light weight and high strength. The aluminum alloy matrix reinforced with the ceramic microspheres can improve the rigidity and wear resistance of aluminum alloy. And the material can have higher strength when working in a wider temperature range than the existing materials, so that it can be used in the aerospace…

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