Tungsten

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Nano Grain Size Cesium Tungsten Oxide Applied for Transparent Thermal Insulation Material 43

Nano grain size cesium tungsten oxide may be applied for producing transparent thermal insulation material. Among them, the raw material powder used is cesium tungsten bronze nano powder, and the obtained material is a new environmentally friendly heat insulating material for architectural glass. As we all know, with the development of nanotechnology, nanomaterials are widely used in many fields. In recent years, some nanomaterials have attracted much attention as raw materials for preparing transparent thermal insulation coatings. More details, please…

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Nano Grain Size Cesium Tungsten Oxide Applied for Transparent Thermal Insulation Nanopowder 47

Nano grain size cesium tungsten oxide may be said to be a transparent thermal insulation nanopowder. What should be noted is that the cesium tungsten bronze nanopowder is not really “transparent” but a dark blue powder. “Transparent” mainly means that the heat-insulating dispersion, heat-insulating film, and heat-insulating coating prepared by using cesium tungsten bronze as raw material exhibit high transparency. More details, please visit: http://cesium-tungsten-bronze.com/index.html Experts say that in the production process of thermal insulation coatings, it is necessary to…

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Cesium Tungsten Oxide Particles Applied for Heat Insulating Window Glass 41

Cesium tungsten oxide particles may be prepared into a transparent heat insulation coating and thus be applied to heat insulating window glass in the form of heat insulating film. Among them, cesium tungsten oxide powder used is also known as cesium tungsten bronze nanoparticles or cesium-doped tungsten bronze nano particles. Some experts said that polyurethane molecules are well-arranged with strong intermolecular force, high strength and wear resistance so that polyurethane is a good film-forming material. It has also been reported…

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Cesium Tungsten Oxide Particles Applied for Near-infrared Shielding Material 58

Cesium tungsten oxide particles may be used to prepare a variety of near-infrared shielding material, such as, transparent thermal insulation dispersion, transparent heat insulation coating, transparent thermal insulation masterbatch and transparent heat insulation film, etc. And therefore it may be applied to architectural glass. Among them, the raw material cesium tungsten oxide powder is cesium tungsten bronze nano powder. As the dispersion properties of the nanoparticles will affect the performance of the obtained heat insulation material, it is necessary to…

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Cesium Tungsten Oxide Particles Applied for Thermal Insulation Paper 53

Cesium tungsten oxide particles, or cesium tungsten bronze particles, may be used for preparing a new type of transparent thermal insulation paper. Among them, the raw material is cesium tungsten bronze nano particles, and the obtained heat-insulating thin paper is a high-transparent architectural glass heat-insulating film. Experts say that the dispersion of cesium tungsten bronze nanoparticles has an effect on the properties of the final thermal insulation film. Therefore, it is necessary to have a certain understanding of the dispersion…

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Cesium Tungsten Oxide Particles Applied for Thermal Insulation Film 58

Cesium tungsten oxide particles, or cesium tungsten bronze particles, as a new dingal material (infrared absorber), may be used to produce a transparent thermal insulation film, which is mainly used for building and automotive glass to provide heat insulation performance, with the advantages of energy conservation and consumption reduction. Also, such heat insulation product will enhance the comfort of the human body. More details, please visit: http://cesium-tungsten-bronze.com/index.html Experts said that the raw material nano cesium tungsten bronze powder is an…

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Cesium Tungsten Oxide Particles Applied for Ceramic Microsphere 52

Cesium tungsten oxide particles may be used for producing ceramic microsphere, and the obtained ceramic granules can be used for preparing heat insulating materials such as transparent heat insulating films, and thus be used in building glass. Among them, the raw material cesium tungsten oxide powder is cesium tungsten bronze nanoparticles. Since the dispersion stability of the nanoparticles affects the quality of the thermal insulation film – thermal insulation performance, experts say that it is necessary to study the dispersion…

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Cesium Tungsten Oxide Particles Applied for Thermal Insulation Masterbatch 38

Cesium tungsten oxide particles, or cesium tungsten bronze particles, or cesium-doped tungsten bronze particles, may be used to prepare thermal insulation masterbatch. And the masterbatch may be used for producing heat insulating materials such as thermal insulation films for building glass. As the agglomeration of the raw material cesium tungsten bronze nanoparticles affects the thermal insulation performance of the masterbatch, we need to conduct some research on the agglomeration of the nanoparticles. For example, to understand the effect of the…

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Cesium Tungsten Oxide Particles Applied for Nano-ceramic Color Master 29

Cesium tungsten oxide particles, i.e., cesium tungsten bronze particles, may be applied for preparing nano-ceramic color master and thus be used to produce transparent heat insulation film for architectural glass. Among them, the raw material cesium tungsten oxide is cesium tungsten bronze nanoparticles. According to experts, the agglomeration of cesium tungsten bronze nanoparticles affects the performance of masterbatch. In this regard, we need to understand the knowledge of the agglomeration of nanoparticles, such as, the effect of liquid medium viscosity…

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Cesium Tungsten Oxide Particles Applied for Nano-ceramic Dispersion Solution 36

Cesium tungsten oxide particles, also known as cesium tungsten bronze particles, may be used to prepare a transparent blue-black liquid — nano-ceramic dispersion solution. Experts said that the obtained dispersion solution has high visible light transmission and high infrared shielding effect. When the visible light transmittance is 70%, the infrared blocking rate at 950nm can reach over 90%, and at 1400nm, it can reach 95% or more. Therefore, it can play a role of high heat insulation in the architectural…

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