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Study on Alloyed Surface Layer of Wear Resistant Castings by Evaporable Pattern Castings infiltration process

机译:蒸发图案铸件渗透过程研究耐磨铸件的合金表面层

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Wear-resistant casting was made by V-EPC infiltration process. This paper puts forward and analyses the mechanical properties and forming mechanism of the layer. The matrix material was high boron steel casting. By partial casting alloyed, the surface composite materials layer was ceramic particles, such as WC, Ferrochromium, and Borax, etc. High boron molten metal was infiltrated into the composite layer and a good cast-infiltration layer may be formed by the interaction of vacuum and high temperature. The test result shows that using this process we can get the casting surface which is special abrasion-resistance with the remarkable characteristics such as simple process and low cost. It is a new process that wear-resistant casting will be made of.
机译:V-EPC渗透过程制备耐磨铸件。本文提出并分析了层的机械性能和形成机制。基质材料是高硼钢铸造。通过部分铸造合金化,表面复合材料层是陶瓷颗粒,例如WC,铬铁和硼砂等。将高硼熔融金属渗透到复合层中,并且可以通过真空的相互作用形成良好的浇注渗透层。和高温。测试结果表明,使用该过程我们可以获得铸造表面,具有特殊的耐磨性,具有简单的工艺和低成本等显着特性。这是一种耐磨铸造的新过程。

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