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Effect of Quenching Temperature on Mechanical Properties of M2 High-speed Steel

Xiaoxia Hou

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Abstract

The effects of quenching temperature on mechanical properties of M2 high-speed steel were studied. The results show that hardness,wear resistance and red hardness increase by increasing quenching temperature to a certain temperature. Above the temperature,hardness and red hardness decrease. Toughness decreases by increasing quenching temperature,especially above 1220 ℃. Therefore,quenching temperature of M2 high-speed steel should be adjusted in a certain extent according to the required red hardness and toughness of the tools.

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What this paper is about

The effects of quenching temperature on mechanical properties of M2 high-speed steel were studied. The results show that hardness,wear resistance and red hardness increase by increasing quenching temperature to a certain temperature. Above the temperature,hardness and red hardness decrease. Toughness decreases by increasing quenching temperature,especially above 1220 ℃. Therefore,quenching temperature of M2 high-speed steel should be adjusted in a certain extent according to the required red hardness and toughness of the tools.

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Available abstract

The effects of quenching temperature on mechanical properties of M2 high-speed steel were studied. The results show that hardness,wear resistance and red hardness increase by increasing quenching temperature to a certain temperature. Above the temperature,hardness and red hardness decrease. Toughness decreases by increasing quenching temperature,especially above 1220 ℃. Therefore,quenching temperature of M2 high-speed steel should be adjusted in a certain extent according to the required red hardness and toughness of the tools.

Key concepts: Quenching (fluorescence), Materials science, Toughness, Metallurgy, Composite material, High-speed steel, Vickers hardness test, Microstructure

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