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Factors affecting the smelting of high nitrogen steel in vacuum induction melting furnace

Liang Yong

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Abstract

The affecting factors, including the pressure and temperature in the furnace, the chemical composition of steel and the time of nitride addition, on the nitrogen content in the high nitrogen steel smelted by vacuum induction melting furnace were analyzed and discussed through smelting test in this paper. An empirical formula for nitrogen content prediction was obtained based on the above analysis. The results show that the chemical composition of the steel and the type of nitrides added have significant effect on the nitrogen content in the steel smelted by vacuum induction melting furnace.

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What this paper is about

The affecting factors, including the pressure and temperature in the furnace, the chemical composition of steel and the time of nitride addition, on the nitrogen content in the high nitrogen steel smelted by vacuum induction melting furnace were analyzed and discussed through smelting test in this paper. An empirical formula for nitrogen content prediction was obtained based on the above analysis. The results show that the chemical composition of the steel and the type of nitrides added have significant effect on the nitrogen content in the steel smelted by vacuum induction melting furnace.

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Available abstract

The affecting factors, including the pressure and temperature in the furnace, the chemical composition of steel and the time of nitride addition, on the nitrogen content in the high nitrogen steel smelted by vacuum induction melting furnace were analyzed and discussed through smelting test in this paper. An empirical formula for nitrogen content prediction was obtained based on the above analysis. The results show that the chemical composition of the steel and the type of nitrides added have significant effect on the nitrogen content in the steel smelted by vacuum induction melting furnace.

Key concepts: Induction furnace, Smelting, Metallurgy, Vacuum induction melting, Nitrogen, Vacuum furnace, Materials science, Nitride

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