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超硬质相在高温磨损中的行为及抗磨性
引用本文:刘政军,季杰,董晓强,吴英杰,吴葵芬.超硬质相在高温磨损中的行为及抗磨性[J].焊接学报,1999,20(2):120-125.
作者姓名:刘政军  季杰  董晓强  吴英杰  吴葵芬
作者单位:1. 沈阳工业大学
2. 抚顺发电机厂
3. 沈阳,东北制药总厂
摘    要:通过高温硬度、高温磨损试验,研究了铁基Cr-Mo-W-V-Nb系高温耐磨料磨损等离子弧粉末堆焊合金,可以替代价格昂贵的镍基和然基等离子弧堆焊合金。同时系统地研究了合金元素及其硬质相在高温磨损中的行为及堆焊合金抗磨性。即Cr7C3「(Cr,Fe)7C3」、CreC「(Cr,Fe)3C」、WC、W2C、NbC、Vc硬质相对堆焊层的组织、硬度和耐磨性的影响规律。结果表明:硬质相的形态、数据和大小不同对堆

关 键 词:耐磨合金  堆焊  硬度  耐磨性
收稿时间:1998/7/13 0:00:00
修稿时间:1999/2/23 0:00:00

Wear Resistance and Behavior of Hard Phases in High Temperature
Liu Zhengjun,Ji Jie,Dong Xiaoqiang,Wu Yingjie and Wu Kuifen.Wear Resistance and Behavior of Hard Phases in High Temperature[J].Transactions of The China Welding Institution,1999,20(2):120-125.
Authors:Liu Zhengjun  Ji Jie  Dong Xiaoqiang  Wu Yingjie and Wu Kuifen
Affiliation:Shengyang Polytechnic University,Shengyang Polytechnic University,Shengyang Polytechnic University,Fushun Power Station and Northeast General Pharmaceutical Factory, Shenyang
Abstract:Through the tests of high temperature hardness and wear resistance,the properties of iron-base Cr-Mo-W-V-Nb system plasma arc surfacing alloy high temperature abrasive wear resistance are investigated.This alloy can replace the expensive Nichel-base and Cobalt-base plasma arc surfacing alloys.The wear-resistance of surfacing alloys and behavior of hard phase in high temperature are investigated systematically,i.e.the effect of hard phases,such as Cr7C3 ,Cr3C ,WC,W2C,NbC and VC,on microsturcture,hadness and wearability of the surfacing layer has been studied.The results prove that the different shape,amount and size of the hard phase have different effect on the wear-resisting of the surfacing layer.\=
Keywords:wear resistance alloy  hardfacing alloy  surfacing  wear resistibility \=
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