The production drawings for ceramic elbows ensure easy processing and installation

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The production drawings for ceramic elbows are finalized to ensure easy processing and installation; once the technical department receives the order, it prepares detailed drawings of the elbows, which are then confirmed by the customer before being sent to the workshop for production. Ensure that the elbow is installed correctly. The lining of the ash transfer elbow is made of corundum ceramic (a-AL2O3), with a Mohs hardness of up to 9.0, equivalent to HRC 85 or higher. The elbow of the pneumatic ash conveying pipe consists of an elbow itself and a filling cover that is attached to the outer wall of the elbow. The elbow is a hollow curved tube with open ends at both sides; ribs are installed on the outer side of the circumferential walls on either side of the elbow’s axis. The length of these ribs is the same as that of the elbow, and their curvature matches that of the elbow. A filling cover wraps around the outer surface of the elbow’s protruding part, with its sides connected to the ribs; the filling cover is filled with filler material. The lining of the ash transfer elbow is made of corundum ceramic (a-AL2O3), with a Mohs hardness of up to 9.0, equivalent to HRC 85 or higher. Therefore, it exhibits high performance when handling abrasive media conveyed in industries such as metallurgy, power generation, mining, and coal. Industrial operation has proven that its lifespan is ten times or even dozens of times that of quenched steel. The SHS ceramic composite pipe has low operating resistance; its inner surface is smooth and resistant to corrosion. Unlike seamless steel pipes, it does not have any protruding helical lines on its inner surface. According to tests conducted by relevant testing institutions on the internal surface roughness and flow resistance, the smoothness of its internal surface is superior to that of any metal pipe, with a flow resistance coefficient of 0.0193, which is slightly lower than that of seamless pipes. Therefore, this pipe features low operating resistance, which can reduce operating costs. 　　For the backpack elbow, both the sealing cover and the elbow are made of steel pipes, which ensures a uniform distribution of the filling material; as a result, the filling material does not easily fall out after being inserted. Fillers are common materials with low costs. The filler has a thickness of over 100px, offering excellent results and a long service life**; this reduces the need to replace or repair elbows, lowers costs, and decreases the workload for workers. 　　A backpack elbow is a component that is added to the outside of an existing elbow; a steel plate is welded to the outer side, and a mixture is poured inside it in order to achieve high performance. Such elbows are now widely used in industries with high wear levels, such as power plant ash removal systems, coal washing plants, and ore processing plants. Ceramic elbow with hardness of over HRC85 *** Images