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Effect of RE-Al-N on Structures and Properties of M2 Cast High Speed Steel 被引量:2

Effect of RE-Al-N on Structures and Properties of M2 Cast High Speed Steel
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摘要 M2 cast high speed steel was inoculated by addition of rare earth(RE)-Al-N, network eutectic carbides were eliminated, matrix microstructures were refined and the segregation of tungsten and molybdenum elements was relieved. In the condition that the hardness does not decrease, impact toughness obviously increases. Quenching at 1180 ℃ and three-times tempering at 560 ℃, the hardness of M2 cast high speed steel is 65~66 HRC, and impact toughness reaches 21.3 (J·cm^(-2)). Modified M2 cast high speed steel has excellent thermal fatigue resistance and high temperature wear resistance. Roller made in modified M2 cast high speed steel has excellent service effect when it is used in slit rolling mill of hot rolling bar mill. M2 cast high speed steel was inoculated by addition of rare earth(RE)-Al-N, network eutectic carbides were eliminated, matrix microstructures were refined and the segregation of tungsten and molybdenum elements was relieved. In the condition that the hardness does not decrease, impact toughness obviously increases. Quenching at 1180 ℃ and three-times tempering at 560 ℃, the hardness of M2 cast high speed steel is 65~66 HRC, and impact toughness reaches 21.3 (J·cm^(-2)). Modified M2 cast high speed steel has excellent thermal fatigue resistance and high temperature wear resistance. Roller made in modified M2 cast high speed steel has excellent service effect when it is used in slit rolling mill of hot rolling bar mill.
出处 《Journal of Rare Earths》 SCIE EI CAS CSCD 2003年第6期664-668,共5页 稀土学报(英文版)
基金 ProjectsupportedbyShanghaiBaoshanIron&SteelLtd .Co .ofChina
关键词 metal materials high speed steel RE-Al-N modification thermal fatigue wear resistance rare earths metal materials high speed steel RE-Al-N modification thermal fatigue wear resistance rare earths
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