粉末冶金技术
粉末冶金技術
분말야금기술
POWDER METALLURGY TECHNOLOGY
2001年
1期
45-48
,共4页
金属注射成形%钛合金%钛粉
金屬註射成形%鈦閤金%鈦粉
금속주사성형%태합금%태분
钛和钛合金具有一系列优异性能，但其机加工性差。金属注射成形（MIM）已成为生产钛合金复杂形状零件的合适工艺。本文综述了MIM Ti、TiAl、Ti-6Al-4V、TiMo等合金的生产工艺和性能。
鈦和鈦閤金具有一繫列優異性能，但其機加工性差。金屬註射成形（MIM）已成為生產鈦閤金複雜形狀零件的閤適工藝。本文綜述瞭MIM Ti、TiAl、Ti-6Al-4V、TiMo等閤金的生產工藝和性能。
태화태합금구유일계렬우이성능，단기궤가공성차。금속주사성형（MIM）이성위생산태합금복잡형상령건적합괄공예。본문종술료MIM Ti、TiAl、Ti-6Al-4V、TiMo등합금적생산공예화성능。
Ti-based alloys is excellent. However, in the respect of fabricating complicated shaped parts, low machinability may be a barrier to practical uses. Therefor, MIM process is applied to fabrication of Ti-based alloys parts. the MIM process and properties of MIM Ti, TiAl, Ti-6Al-4V and Ti-Mo alloys were reviewed.
