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Tungsten trioxide nanopowder for thermal insulating glass not only has high thermal insulation property, but also has high transmittance of visible light. Therefore, this kind of transparent heat-insulating coating (WO3 coating) will become the main development direction of energy-saving technology in building glass in the future. What should be noted is that the transparent heat-insulating glass also has the characteristics of simple production process and low cost (in the long run). In addition, this type of thermal insulation material, compared…

Tungsten trioxide nanopowder applying for heat insulation coating may be synthesized by hydrothermal method. And you may know the result that the hydrothermal temperature has an important influence on the morphology and grain size of the synthesized WO3 powder. The photo below shows the SEM image of WO3 powder prepared at different hydrothermal temperatures. As can be seen from the picture, the reaction temperature has a significant influence on the morphology and grain size of the synthesized product. The WO3…

Tungsten trioxide nanopowder for thermal insulation coating may be prepared by hydrothermal method. The reason why tungsten trioxide can be applied as thermal insulation material is that it has photochromic property. So, why not analyze the morphology of the synthesized powder? It can provide basis for the exploratory study of the photochromism mechanism of WO3 powder! Morphology Analysis of Tungsten Trioxide Powder Synthesized by Hydrothermal Method The following figure shows the SEM image of WO3 powder prepared at different pH…

Tungsten trioxide nanopowder applying for thermal insulation film may be synthesized by hydrothermal method. And the XRD diffraction peak gradually sharpens with the increase of the hydrothermal temperature under the same reaction conditions. According to Scherrer formula, it shows that the grain size of tungsten trioxide gradually becomes larger. And the peak intensity of each diffraction peak gradually increases as the reaction temperature increases, indicating that the degree of crystallinity of the synthesized product gradually becomes stronger. The reason may…

Tungsten trioxide nanopowder applying for thermal insulation paper may be synthesized by hydrothermal method using Na2WO4 and HCl as raw materials. And the influence of different hydrothermal reaction temperatures on the structure, morphology and photochromic properties of tungsten trioxide are analyzed. Influence of Hydrothermal Temperature on Synthesis of Tungsten Trioxide The following figure shows the XRD pattern of WO3 powder prepared at different hydrothermal temperature when the pH value of the reaction system is 1.0. In the figure, e: T=80°C;…

Nano tungsten trioxide for ceramic microsphere may be synthesized by hydrothermal method. If the pH value of the reaction system is 1.0 and 1.5, the synthesized product is tungsten trioxide of hexagonal phase. And if the pH value is 2.0 and 2.5, the synthesized product is tungsten trioxide of cubic phase. According to the analysis, the reason why the synthesized tungsten trioxide is different in phases is that the H+ concentration of the reaction system is different during the adjustment…

Nano tungsten trioxide, which may be applied for producing nano-ceramic color master, may be synthesized by hydrothermal method using sodium tungstate and hydrochloric acid as raw materials. Then, the influence of different pH values on the structure, morphology and photochromic properties of tungsten trioxide are analyzed. Influence of pH Value of Hydrothermal System on Synthesis of Tungsten Trioxide The figure below shows the XRD pattern of WO3 powder prepared at different pH value at 120°C. In the figure, a: pH…

Nano tungsten trioxide is the most used photochromic material currently, which may be applied for preparing nano-ceramic dispersion solution. Thus, this type of ceramic dispersion will have the characteristics of high thermal insulation and excellent weather resistance. Also, it does not interfere with radio communications. The reason why tungsten trioxide has excellent photochromic properties is that tungsten trioxide is a type of semiconductor material, which has symmetrical structure, and therefore it can generate electron hole pair under light excitation. Photochromism…

Nano tungsten trioxide, as a near-infrared shielding material, plays an important role in building energy efficiency. It reduces energy consumption and improves living comfort. The heat insulation material has high visible light transmittance and excellent heat insulation effect, and therefore it has a wide application as bellow: 1. Applied to various kinds of indoor/outdoor windows and doors. 2. Applied to various types of outdoor skylight such as PC board, transparent acrylic, and transparent PET. 3. Applied to large-area glass buildings,…