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Research on Optimization Design of Shearer Sliding Shoes by Plasma Cladding Cr28MnV

机译:采用等离子覆层CR28MNV采用采煤机的优化设计研究

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The formidable and multivariate coal-mining conditions during the production often lead to various improper damage and inactivation of guide foot. Wear is the most severe problem. We do the research on optimization design of the materials by plasma cladding technic to improve the wear resistance: The Cr28MnV ferrous alloy overlay was deposited on the surface of 45# tempered steel backing. The martensitic structure with high strength, high hardness, and high abradability evenly distributed alloy carbide can be gained after cooling the overlay. The combined backing has a good obdurability which can satisfy the requirement of coal mine complex conditions after modifying treatment.
机译:生产过程中强大和多变量的煤矿条件通常导致导向脚的各种不当损伤和灭活。穿的是最严重的问题。通过等离子体包层技术进行材料优化设计研究,以提高耐磨性:CR28MNV黑色合金覆盖物沉积在45#钢化钢背衬的表面上。在冷却覆盖物之后,可以获得具有高强度,高硬度和高防水性均匀分布的合金碳化物的马氏体结构。合并的背衬具有良好的恶化性,可以满足修饰治疗后煤矿复杂条件的要求。

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