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- W2015658897 abstract "Nitrocarburizing improves the wear resistance of components and hence is advantageously applied to hot working dies. The improvement is related to the development of surfacial compound layer of epsilon carbonitride. H11 steels, by virtue of high chromium content, develop only a very thin compound layer and hence the benefit accrued is limited. In this study, higher treatment temperatures were employed in a Sursulf salt bath to increase the layer thickness and the wear resistance of treated specimens assessed using pin-on-disc test geometry. It was found that the wear rate was lower with increasing layer thickness, but because of loss of core strenght, the treatment temperature of 700°C could not be recommended. A maximum temperature of 650°C appears to be the near optimum for improved wear resistance without a serious compromise on the core strength required for forging dies. Another significant observation was that there was no spalling or debonding of the compound layer and one of the reasons was the jagged interface between the compound layer and the diffusion zone." @default.
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- W2015658897 date "1998-03-01" @default.
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- W2015658897 title "Optimization of compound layer thickness for wear resistance of nitrocarburized H11 steels" @default.
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- W2015658897 doi "https://doi.org/10.1016/s0043-1648(97)00276-7" @default.
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