首页> 外文会议>International Federation for Heat Treatment and Surface Engineering Congress vol.1; 20041026-28; Shanghai(CN) >The Influence of Method of Carburizing and Nitrocarburizing on the Microstructure and Properties of Tool Steels
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The Influence of Method of Carburizing and Nitrocarburizing on the Microstructure and Properties of Tool Steels

机译:渗碳和氮碳共渗方法对工具钢组织和性能的影响

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The paper presents the results of wear and metallography tests of tool steel grades: ASTM A681, Ch12M and Ch12FS per GOST, AMS 6437E i BS X46Cr13, all surface hardened by the Carbo process (carburizing) and by the NiCar process (nitrocarburizing). The thermo-chemical treatment was conducted in powder pack for a duration of 6 h (carburizing) and for 4 h in the case of nitrocarburizing. Factors investigated were: morphology, depth and microhardness of the cases obtained, their microstructure, as well as phase composition. Wear tests were conducted by the three cylinder-cone method. Wear velocity was 0.58 m/s, unit load was 50 MPa and 400Mpa, wear path was 3470 m. Oil SAE30 was applied at the rate of 30 drops per minute.
机译:本文介绍了工具钢牌号的磨损和金相学测试结果:符合GOST的ASTM A681,Ch12M和Ch12FS,AMS 6437E i BS X46Cr13,均通过Carbo工艺(渗碳)和NiCar工艺(氮碳渗碳)进行了表面硬化处理。在粉末包装中进行热化学处理持续6小时(渗碳),在进行氮碳渗碳的情况下进行4小时。研究的因素包括:获得的病例的形态,深度和显微硬度,显微组织以及相组成。磨损测试通过三圆柱锥方法进行。磨损速度为0.58 m / s,单位载荷为50 MPa,压力为400Mpa,磨损路径为3470 m。油SAE30以每分钟30滴的速度施用。

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