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Nitrocarburising of low alloyed case hardening steels applying three different temperatures

机译:在三种不同温度下对低合金表面硬化钢进行氮碳共渗

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Nitriding is one of the most important processes among surface technologies. The purpose of this process is to produce a wear resistant layer on the surface of components, to meet the complex requirements. Ferritic nitrocarburising was carried out at three different temperatures (520, 570 and 620°C) and with five different process times, to study the effects on process parameters . The experiments proved that in case of ferritic nitrocarburising, it is possible to produce larger diffusion zone during the same time. If the temperature is higher than the ironnitrogen eutectoid temperature, the diffusion is deeper, but we should consider the softening of the core.
机译:渗氮是表面技术中最重要的过程之一。此过程的目的是在组件表面上生成耐磨层,以满足复杂的要求。在三个不同的温度(520、570和620°C)和五个不同的处理时间下进行了铁素体氮碳共渗,以研究其对工艺参数的影响。实验证明,在铁素体氮碳共渗的情况下,有可能同时产生更大的扩散区。如果温度高于铁氮共析温度,扩散会更深,但是我们应该考虑核的软化。

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