博文

目前显示的是 七月, 2025的博文

The Advantages and Applications of Corundum Raschig Ring Packing Material

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The alumina content of corundum raschig ring packing is generally 90%-95%, and the high-aluminum corundum raschig ring reaches more than 90% by increasing the aluminum oxide content. Corundum raschig ring contains a large number of corundum crystals, the strength is much higher than the ordinary raschig ring, and the high temperature resistance is also higher (using more than 1430 ℃ . Generally, the use temperature of ordinary raschig ring is 1000 ° C), which can withstand rapid temperature changes when used above 1200 ° C, and has excellent thermal shock resistance, which is not easy to break and cause blocking bed. Corundum raschig ring packing has high mechanical strength, high temperature resistance, wear resistance, acid and alkali chemical corrosion resistance. It solves the problems that common ceramics are brittle and easy to crack in case of high temperature and temperature change. And because there is a straight round hole in the middle of the raschig ring, it has large and u...

Analysis of the Rubber-Ceramic three-in-one Composite Plate Technology: Materials, Processes and Industrial Applications

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In the field of industrial wear resistance, traditional single-material solutions are no longer sufficient to meet the complex requirements of high wear and strong impact in various working conditions. The rubber-ceramic three-in-one composite plate , as a revolutionary solution, has achieved a breakthrough in material performance through a three-layer composite structure design: the ceramic layer resists wear, the rubber layer absorbs impact, and the steel plate provides support. This composite wear-resistant material is now widely used in heavy industries such as power, mining, and metallurgy, and has become one of the core technologies for extending equipment lifespan and reducing maintenance costs. The rubber-ceramic three-in-one composite plate is composed of wear-resistant ceramics, rubber and metal steel plates. The ceramic layer mainly uses high-purity (92%, 95%) alumina powder as the raw material, which is formed by dry pressing or isostatic pressing. After being sintered at a...