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Effects of heat treatment on properties of multi-element low alloy wear-resistant steel 被引量:3

Effects of heat treatment on properties of multi-element low alloy wear-resistant steel
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摘要 The paper has studied the mechanical properties and heat treatment effects on multi-element low alloy wear-resistant steel (MLAWS) used as a material for the liner of rolling mill torii. The results show that when quenched at 900-920℃ and tempered at 350-370℃, the MLAWS has achieved hardness above 60 HRC, tensile strength greater than 1 600 MPa, impact toughness higher than 18J/cm2 and fracture toughness greater than 37 MPa·m1/2. When the quenching temperature is lower than 900℃, the hardness of the MLAWS increases with the temperature. When the quenching temperature is higher than 900℃, the hardness decreases with the increase of temperature. At a quenching temperature below 920℃, the effect of quenching temperature on the impact toughness is not obvious. In quenching at above 920℃, impact toughness decreases as the temperature increases. When the tempering temperature is exceeding 450℃, the hardness begins to decrease significantly. Tempering at 350℃ has produced the best wear resistance on the MLAWS. The paper has studied the mechanical properties and heat treatment effects on multi-element low alloy wear-resistant steel (MLAWS) used as a material for the liner of rolling mill torii. The results show that when quenched at 900-920℃ and tempered at 350-370℃, the MLAWS has achieved hardness above 60 HRC, tensile strength greater than 1 600 MPa, impact toughness higher than 18J/cm^2 and fracture toughness greater than 37 MPa· m^1/2. When the quenching temperature is lower than 900℃, the hardness of the MLAWS increases with the temperature. When the quenching temperature is higher than 900℃, the hardness decreases with the increase of temperature. At a quenching temperature below 920℃, the effect of quenching temperature on the impact toughness is not obvious. In quenching at above 920℃, impact toughness decreases as the temperature increases. When the tempering temperature is exceeding 450℃, the hardness begins to decrease significantly. Tempering at 350℃ has produced the best wear resistance on the MLAWS.
出处 《China Foundry》 SCIE CAS 2007年第1期18-21,共4页 中国铸造(英文版)
关键词 多元素 低合金钢 耐磨钢 热处理 机械性能 rolling mill torii, liner, heat treatment, mechanical properties, wear resistance
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参考文献2

  • 1M Gojic,L Kosec,P Matkovic.The effect of tempering temperature on mechanical properties and microstructure of low alloy Cr and CrMo steel[J].Journal of Materials Science.1998(2)
  • 2Bertold B. Vinokur,Alexandr Vinokur,Victoriya E. Shtessel.The dependence of complex alloyed steel properties on quenching and tempering conditions[J].Metallurgical and Materials Transactions A.1996(9)

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