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Microstructure and Wear Resistance of 62Cu-38Zn Brass with Bionic Coupling Units Treated by Laser Cladding

机译:62CU-38ZN黄铜的微观结构和耐磨性,用激光覆层处理仿生耦合装置

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In order to improve the wear resistance of 62Cu-38Zn brass, bionic coupling units were fabricated by laser cladding using Ni-based, Fe-based and Co-based self-fluxing alloy powders. The microstructures, chemical composition and mechanical properties of the units were studied in this paper. Wear resistance of samples was examined by dry sliding wear. Good metallurgical bonding between the unit and substrate was obtained, and fine dendritic microstructure was resulted in the unit zone, which proved marked availability of laser cladding on brass. Laser cladding treatments with different self-fluxing alloy powders were beneficial to reinforcing the surface of brass and then improved its wear resistance with various results. The Ni-based alloy powders led to the best wear resistance amongst the all samples.
机译:为了提高62cu-38zn黄铜的耐磨性,通过使用Ni的Fe基和Co-型自芯合金粉末通过激光熔覆制造仿生偶联单元。本文研究了单位的微观结构,化学成分和机械性能。通过干式滑动磨损检查样品的耐磨性。获得单元和基板之间的良好冶金键合,单位区域导致细树枝状微观结构,其证明了黄铜对激光熔覆的标记可用性。具有不同自助合金粉末的激光熔覆处理有利于加强黄铜表面,然后通过各种结果提高其耐磨性。基于Ni的合金粉末导致所有样品中最好的耐磨性。

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