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    • 28. 发明授权
    • Heat resisting alloys
    • 耐热合金
    • US5567383A
    • 1996-10-22
    • US471153
    • 1995-06-06
    • Toshiharu NodaKatsuaki SatoTsutomu Saka
    • Toshiharu NodaKatsuaki SatoTsutomu Saka
    • F01L3/02C22C30/00C22C38/00C22C38/50C22C38/58
    • C22C30/00
    • A heat resisting alloy for use in exhaust valves and the like low in price and excellent in structural stability, high-temperature strength and hot workability, which consists essentially by weight percentage of C: 0.01.about.0.10%, Si.ltoreq.2.0%, Mn.ltoreq.2.0%, Cr: 14.about.20%, Nb+Ta: 0.3.about.1.5%, Ti: 1.5.about.3.5%, Al: 0.5.about.1.5%, Ni+Co: 35.about.45%, B: 0.001.about.0.01%, one or both of Ca: 0.001.about.0.03% and Mg: 0,001.about.0.03%, and the balance of Fe, additionally the total atomic percentage of Al, Ti, Nb, and Ta: 4.5.about.6.0%, an atomic percentage ratio of Ti/Al: 1.0.about.2.0, and M-value obtained through the following equation.ltoreq.0.925;M=0.717 Ni (atomic fraction)+0.858 Fe (atomic fraction)+1.142 Cr (atomic fraction)+1.90 Al (atomic fraction)+2.271 Ti (atomic fraction)+2.117 Nb (atomic fraction)+1.001 Mn (atomic fraction)+1.90 Si (atomic fraction)+0.777 Co (atomic fraction)+2.224 Ta (atomic fraction).
    • 用于价格低廉,结构稳定性,高温强度和热加工性优异的排气门等的耐热合金,其基本上由C:0.01%0.10%,Si <2.0%的重量百分比组成, Mn≤2.0%,Cr:14差异20%,Nb + Ta:0.3差异1.5%,Ti:1.5差异3.5%,Al:0.5差异1.5%,Ni + Co:35差异45%,B:0.001差 0.01%,Ca:0.001差异0.03%,Mg:0.001差别中的一种或两种,余量为Fe,另外为Al,Ti,Nb和Ta的总原子百分比:4.5分差6.0%,原子百分比 Ti / Al:1.0 DIFFERENCE 2.0的比值和通过以下等式获得的M值