摘要
为进一步提高不锈钢的耐磨性以更好地适应既需耐蚀,又需耐磨的现代工业中。本试验用离子渗碳的方法对其进行了改性,处理后获得了无共晶莱氏体组织的均匀细小的碳化物,从而改善了组织,提高了性能。与滚轮淬火钢相比,其耐磨性提高了8倍。
In order to enhance the wear resistance of stainless steel and make it being fit for the modem industry which needs both corroding and wear resistance, we have dealt it using plasma carburization technology in this test. After treatment, uniform and fine carbonization of no ledeburite organization were obtained. Therefore, we refined the organization of stainless steel and improved its property. Comparatively, the wear resistance of plasma carburization-treated steel has been enhanced approximately 8 times than that of the roiling quenching-deah steel.
出处
《表面技术》
EI
CAS
CSCD
2007年第1期31-32,共2页
Surface Technology
关键词
不锈钢
等离子渗碳
耐磨性
Stainless steel
Plasma carbufization
Wear resistance
