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Study and Application of Heat Treatment of Multi-Element Wear-Resistant Low-Alloy Steel

机译:多元耐磨低合金钢热处理的研究与应用

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摘要

The effects of heat treatment on the properties of multi-element wear-resistant low-alloy steel (MLAWS) which is used to make the liner of rolling mill torus were researched. The results show that when quenching temperature is lower than 900 deg C, the hardness increases with the increase of temperature, and when quenching temperature is higher than 900 deg C, the hardness decreases with the increase of temperature. As quenching temperature is lower than 920 deg C, the effect of quenching temperature on the impact toughness is not obvious. When quenching temperature is higher than 920 deg C, impact toughness decreases with the increase of temperature. When tempering temperature is higher than 450 deg C, the hardness begins to decrease obviously. After tempering at 350 deg C, the best wear resistance was obtained. According to the service condition of rolling mill torus liner, the MLAWS is quenched from 900 - 920 deg C and tempered at 350 - 370 deg C.
机译:研究了热处理对用于制造轧机圆环衬套的多元素耐磨低合金钢(MLAWS)性能的影响。结果表明,当淬火温度低于900℃时,硬度随温度的升高而增加;当淬火温度高于900℃时,硬度随温度的升高而降低。当淬火温度低于920℃时,淬火温度对冲击韧性的影响不明显。当淬火温度高于920℃时,冲击韧性随着温度的升高而降低。当回火温度高于450℃时,硬度开始明显下降。在350摄氏度回火后,可获得最佳的耐磨性。根据轧机圆环衬板的使用条件,MLAWS在900-920摄氏度下淬火并在350-370摄氏度下回火。

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