用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
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用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
本发明涉及一种用于压制硬化的钢和由这样的钢制造的压制硬化的部件。以重量计,钢的化学组成包含:0.062%≤C≤0.095%,1.4%≤Mn≤1.9%,0.2%≤Si≤0.5%,0.020%≤Al≤0.070%,0.02%≤Cr≤0.1%,其中:1.5%≤(C+Mn+Si+Cr)≤2.7%,0.040%≤Nb≤0.060%,3.4×N≤Ti≤8×N,其中:0.044%≤(Nb+Ti)≤0,090%,0.0005≤B≤0.004%,0.001%≤N≤0.009%,0.0005%≤S≤0.003%,0.001%
用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
本发明涉及一种用于压制硬化的钢和由这样的钢制造的压制硬化的部件。以重量计,钢的化学组成包含:0.062%≤C≤0.095%,1.4%≤Mn≤1.9%,0.2%≤Si≤0.5%,0.020%≤Al≤0.070%,0.02%≤Cr≤0.1%,其中:1.5%≤(C+Mn+Si+Cr)≤2.7%,0.040%≤Nb≤0.060%,3.4×N≤Ti≤8×N,其中:0.044%≤(Nb+Ti)≤0,090%,0.0005≤B≤0.004%,0.001%≤N≤0.009%,0.0005%≤S≤0.003%,0.001%
用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
本发明涉及一种用于压制硬化的钢和由这样的钢制造的压制硬化的部件。以重量计,钢的化学组成包含:0.062%≤C≤0.095%,1.4%≤Mn≤1.9%,0.2%≤Si≤0.5%,0.020%≤Al≤0.070%,0.02%≤Cr≤0.1%,其中:1.5%≤(C+Mn+Si+Cr)≤2.7%,0.040%≤Nb≤0.060%,3.4×N≤Ti≤8×N,其中:0.044%≤(Nb+Ti)≤0,090%,0.0005≤B≤0.004%,0.001%≤N≤0.009%,0.0005%≤S≤0.003%,0.001%
用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
本发明涉及一种用于压制硬化的钢和由这样的钢制造的压制硬化的部件。以重量计,钢的化学组成包含:0.062%≤C≤0.095%,1.4%≤Mn≤1.9%,0.2%≤Si≤0.5%,0.020%≤Al≤0.070%,0.02%≤Cr≤0.1%,其中:1.5%≤(C+Mn+Si+Cr)≤2.7%,0.040%≤Nb≤0.060%,3.4×N≤Ti≤8×N,其中:0.044%≤(Nb+Ti)≤0,090%,0.0005≤B≤0.004%,0.001%≤N≤0.009%,0.0005%≤S≤0.003%,0.001%
用于压制硬化的钢和由这样的钢制造的压制硬化的部件.pdf
本发明涉及一种用于压制硬化的钢和由这样的钢制造的压制硬化的部件。以重量计,钢的化学组成包含:0.062%≤C≤0.095%,1.4%≤Mn≤1.9%,0.2%≤Si≤0.5%,0.020%≤Al≤0.070%,0.02%≤Cr≤0.1%,其中:1.5%≤(C+Mn+Si+Cr)≤2.7%,0.040%≤Nb≤0.060%,3.4×N≤Ti≤8×N,其中:0.044%≤(Nb+Ti)≤0,090%,0.0005≤B≤0.004%,0.001%≤N≤0.009%,0.0005%≤S≤0.003%,0.001%