牌号35NCD 16 对应标准NF A 35-557-1983 钢铁机械制造用高性能外螺纹紧固件用热处理钢 归类合金钢 性能强度 说明用于制造机械工程用高强度外螺纹紧固件。 35NCD 16 化学元素成分含量(%) 成分CSiMnPSCrNiMo 最小值0.320.10.3--1.63.60.25 最大值0.390.40.60.030.02524.20.45 ...
36NiCrMo16 机械性能 条件热处理或状态 抗拉强度σb Mpa 屈服点σs Mpa 断后伸长率或延伸率δ % 断面收缩率ψ % 硬度 HBW 冲击吸收能量KV2 J 钢材:d ≤ 16mm;t ≤ 8mm 淬火+回火(+QT) 1250~1450 ≥1050 ≥9 ≥40 钢材:16mm ≤ d ≤ 40mm;8mm ≤ t ≤ 20mm 淬火+回火(+QT) 1250~1450 ≥...
牌号 36NiCrMo16 1.6773 旧牌号 35NCD16 对应标准 NF EN 10083-3-2006 调质合金结构钢 Tempered alloy structural steel 归类 合金钢 36NiCrMo16 化学元素成分含量(%) 成分C Si Mn P S ① Cr Ni Mo 最小值 0.32 - 0.5 - - 1.6 3.6 0.25 最大值 0.39 0.4 0.8 0.025 0.025 2 4.1 0.45 ◎ 未经...
35NCD16 alloy steelThe paper deals with the prediction of the fatigue life of 35NCD16 (36NiCrMo16) steel under random loading. This material is a high-strength alloy steel characterized by the absence of mutual parallelism of the fatigue characteristics for extension and torsion. It is shown ...
Wuxi Taixie Metal Material Co., Ltd. Contact Supplier Click here to contact the supplier through an inquiry. Chat People who viewed this also viewed Alloy Structural Steel En 1.4466 Steel Plates US$3.50/ kg Alloy Structural Steel BS X2crnimnmon25-18-...
旧牌号 对应标准NF A 35-565-1994 铁和钢,轴承钢类型 Iron and steel. Bearing steels. Types 归类轴承钢 16NiCrMo13 化学元素成分含量(%) 成分CSiMnPSCrNiCuMoAl 最小值0.120.150.3--0.93-0.15- 最大值0.170.350.60.0250.0151.153.50.30.30.05 碳当量计算 ...
35NCD16 alloy steelThe paper deals with the prediction of the fatigue life of 35NCD16 (36NiCrMo16) steel under random loading. This material is a high-strength alloy steel characterized by the absence of mutual paralleldoi:10.1007/s11003-017-9981-1M. Kurek...
The possible sources for the hydrogen entrapment in the material were the furnace environment during heat treatment of the steel or inadequate baking of electroplated cadmium deposits.This paper highlights the details of metallurgical investigations carried out....
Abrasive wearAbrasive particle sizeHardnessSurface topographyFrictionMicrostructureWear and friction properties depend on many parameters such as normal load and material hardness. However, coupled contributions of microstructure and abrasive particle size are less investigated. A contribution in this field is ...