Tungsten

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Violet Tungsten Oxide Applied for Thermal Insulation Coating 69

Violet tungsten oxide may be applied in the preparation of a new high-tech product — thermal insulation coating. The nano transparent heat insulation coating has good thermal insulation properties, so that it can reduce the air conditioning load. And therefore it improves the thermal stability and comfort of the building interior, creating a value while also beautifying the environment, with excellent social and environmental benefits. At the same time, the coating has strong integrity with long service life. That is,…

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Violet Tungsten Oxide Applied for Near-infrared Shielding Material 73

Violet tungsten oxide may be applied for manufacturing near-infrared shielding material, which is a transparent material with excellent thermal insulation properties. In other words, violet tungsten oxide is selective for the solar spectrum so that it exhibits comprehensive properties of absorbing ultraviolet rays, blocking infrared heat radiation, and transmitting visible light. And therefore, it is widely used in the field of construction. A layer of uniform transparent coating film will be formed if you coat the surface of the glass…

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Nanometer Yellow Tungsten Oxide Applied for Window Heat Insulation Film 76

Nanometer yellow tungsten oxide may be applied for manufacturing window heat insulation film. How many types of energy-saving glass are there? The commonly used heat-insulating glass is divided into three categories, namely coated glass, heat absorbing glass and insulating glass. The heat insulating glass coated with yellow tungsten oxide belongs to the coated glass, which can block ultraviolet and near-infrared rays in sunlight. Such thermal insulation glass has high visible light transmittance. In other words, it has excellent heat insulation…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulating Glass 72

Nanometer yellow tungsten oxide may be applied for manufacturing thermal insulating glass. There are various kinds of thermal insulating glasses. Commonly used heat insulating glasses are coated glass, heat absorbing glass and insulating glass. The heat-insulating glass coated with yellow tungsten oxide belongs to the coated glass. The heat-insulating amount is mainly blocked by the nano-yellow tungsten oxide powder with good heat insulating properties (blocking a large number of heat source manufacturers – near-infrared rays in sunlight). Why not use…

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Nanometer Yellow Tungsten Oxide Applied for Heat Insulation Coating 71

Nanometer yellow tungsten oxide for preparing heat insulation coating is a new type of nano heat insulation material with a particle size of 50~100nm and a purity higher than 99.95%. Such thermal insulation material has excellent thermal insulation performance, UV resistance and infrared resistance. In particular, it absorbs and reflects the near-infrared rays in the wavelength range of 800nm to 1000nm and the ultraviolet region below 380nm. Yellow tungsten oxide nanopowder is also a type of good ceramic colorant. In…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Coating 64

Nanometer yellow tungsten oxide may be used in the preparation of thermal insulation coating, and therefore it may be applied for the manufacture of various transparent building heat insulation films, automotive thermal insulating films, and the like. Scenes where use heat insulation film: Conference rooms, houses, lighting roofs, glass curtain walls, sun rooms, hotels, exhibition halls, and so on. The yellow tungsten oxide nanopowder can effectively shield radiant heat without significantly affecting the optical or other physical properties of the…

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Nanometer Yellow Tungsten Oxide Applied for Near-infrared Shielding Material 62

Nanometer yellow tungsten oxide has excellent transparency (high visible light transmittance) and electrical conductivity so that it may be used to prepare near-infrared shielding material. And the prepared materials can effectively shield electronic radiation, ultraviolet light and infrared light, which are all harmful to human body. The specific operation is to make the yellow tungsten oxide nano powder into dispersion by nano-dispersion technology, and then apply it to the surface of some visible window materials, so that the conductivity of…

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Nanometer Yellow Tungsten Oxide Applied for Nano-ceramic Dispersion Solution 61

Nanometer yellow tungsten oxide may be used to prepare nano-ceramic dispersion solution, which is widely used in the manufacture of various transparent heat insulation architectural film, automotive film or various transparent glass thermal insulation coatings, architectural coatings, and plastic coatings, etc. The dispersion solution of nano yellow tungsten oxide is a product developed by using dispersion technique. The yellow tungsten oxide nanoparticles in this product are highly crystalline, with only a small amount of agglomeration, a very narrow particle size…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Film 59

Nanometer yellow tungsten oxide may be used to produce thermal insulation film. As a new type of high-efficiency infrared absorbing material, nano grain size yellow tungsten oxide powder has broad market application prospects in green building and automotive glass for energy conservation and heat insulation. Such heat insulating powder may be applied in PVB, PET, solar film and other heat insulation market. Yellow tungsten oxide can also be used in electronic materials. Generally, yellow tungsten oxide nanopowder is used as…

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Nanometer Yellow Tungsten Oxide Applied for Thermal Insulation Paper 56

Nanometer yellow tungsten oxide may be applied for preparing thermal insulation paper, which has excellent infrared blocking rate, UV blocking rate and good visible light transmittance. In other words, yellow tungsten oxide nanopowder can fully meet the data that needs to be paid attention to when selecting heat insulation paper – The degree of light transmittance, the degree of infrared ray isolation (infrared blocking rate/IR shielding rate), the degree of ultraviolet ray isolation (UV blocking rate/UV shielding rate) in the…

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