1) low alloy wear resistant cast iron
低合金耐磨铸铁
1.
The influence of heating temperature on impact toughness of low alloy wear resistant cast iron bearing with rare earth elements was studied by means of metallographic examination,scanning electron microscopic examination and mechanical property test.
采用金相、扫描电镜和力学性能分析方法研究了加热温度对含稀土低合金耐磨铸铁冲击韧性的影响。
2.
Aimed at the eutectic carbides distributed at network shape in the cast iron,the effect of heat treatment on morphology of eutectic carbides in low alloy wear resistant cast iron after deformation was studied.
针对低合金耐磨铸铁组织中共晶碳化物呈连续网状分布问题,探讨了热处理对变形低合金耐磨铸铁中共晶碳化物形态的影响。
3.
The influence of heating temperature on morphology of eutectic carbide and impact fatigue property of low alloy wear resistant cast iron were studied by OM, SEM and impact fatigue tester.
采用金相显微镜、扫描电镜及冲击疲劳试验机研究了加热温度对低合金耐磨铸铁中共晶碳化物形态和冲击疲劳性能的影响。
2) high alloy wear-resistant cast iron
高合金耐磨铸铁
1.
The effect of heating temperature on abrasion resistance of high alloy wear-resistant cast iron was studied.
研究了加热温度对高合金耐磨铸铁耐磨性的影响。
3) low alloy wear-resistant cast steel
低合金耐磨铸钢
1.
In the subject, we study the effect of the alloys on the microstructure and mechanical property of low alloy wear-resistant cast steel systematically and synthetically, by means of the orthogonal test.
课题采用正交试验法,系统、综合地研究合金元素对低合金耐磨铸钢力学性能和组织的影响。
4) low carbon and low alloy wear-resistant cast steel
低碳低合金耐磨铸钢
5) wear resistant complex alloy cast iron
多元合金耐磨铸铁
1.
Effect of hot deformation amount on structure and impact toughness of the wear resistant complex alloy cast iron has been investigated.
研究了热变形量对多元合金耐磨铸铁组织和冲击韧度的影响,结果表明,热变形能改变耐磨铸铁组织中共晶碳化物的形状与分布,促进颗粒状碳化物的析出,提高耐磨铸铁的冲击韧度。
6) manganese alloy wear-resistance
锰合金白口耐磨铸铁
补充资料：高耐磨的碳化钨注渗钢基合金在塑料机械中的应用
碳化钨注渗钢基合金（下简称WCSA）技术，又名碳化钨——钢梯度耐磨材料制造技术。该技术已获得国家发明专利，具有自主知识产权。WCSA是采用高能离子注渗技术，在钢铁零部件表层内注渗进高耐磨的碳化钨（下简称WC），WC注渗层深度1.2-1.5mm，其中WC含量较多的富集层达到0.3-0.5mm。零部件表层获得WC“盔甲”后,硬度高，强韧性好,抗磨性能更好。WCSA应用于各种塑料机械中，使用寿命比目前塑料机械中常用的离子氮化层、堆焊或喷涂耐磨层、高合金工具钢、高速钢和不锈钢等材料制造成的零部件的使用寿命提高3-8倍，深受塑料机械制造商和塑料制品生产商的青睐。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条