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Study on Structure and Properties of Bainite Wear-resistance Steel Plate without Carbide

Wang Zelin

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Abstract

The structure and mechanical properties and weld properties of bainite wear resistant steel plate without carbide were studied The results show: the structure of bainite without carbide is obtained if proper quantum of silicon is added into low carbon bainitic steel, which can restraint the production of carbide when bainite transforms The bainite consists of non equiaxed ferrite + martensite and retained austenite (M A) island or lath ferrite and retained austenite (Ar) The steel with this structure possesses high strength, high hardness, higher impact toughness of low temperature and better weld properties

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What this paper is about

The structure and mechanical properties and weld properties of bainite wear resistant steel plate without carbide were studied The results show: the structure of bainite without carbide is obtained if proper quantum of silicon is added into low carbon bainitic steel, which can restraint the production of carbide when bainite transforms The bainite consists of non equiaxed ferrite + martensite and retained austenite (M A) island or lath ferrite and retained austenite (Ar) The steel with this structure possesses high strength, high hardness, higher impact toughness of low temperature and better weld properties

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Available abstract

The structure and mechanical properties and weld properties of bainite wear resistant steel plate without carbide were studied The results show: the structure of bainite without carbide is obtained if proper quantum of silicon is added into low carbon bainitic steel, which can restraint the production of carbide when bainite transforms The bainite consists of non equiaxed ferrite + martensite and retained austenite (M A) island or lath ferrite and retained austenite (Ar) The steel with this structure possesses high strength, high hardness, higher impact toughness of low temperature and better weld properties

Key concepts: Bainite, Lath, Metallurgy, Materials science, Carbide, Ferrite (magnet), Austenite, Martensite

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