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Volume 3 Issue 1
Mar.  1996
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LI Hui, CHOU Yong-quan, WAN Tian-ji, and REN Da-ning, RESEARCH ON SMELTING LOW-CARBON FERROCHROME IN A PLASMA FURNACE, J. Univ. Sci. Technol. Beijing, 3(1996), No. 1, pp. 17-20,54.
Cite this article as:
LI Hui, CHOU Yong-quan, WAN Tian-ji, and REN Da-ning, RESEARCH ON SMELTING LOW-CARBON FERROCHROME IN A PLASMA FURNACE, J. Univ. Sci. Technol. Beijing, 3(1996), No. 1, pp. 17-20,54.
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等离子炉熔炼碳铬铁

  • 采用以氮气为工作气体的非转移等离子枪,在密闭熔炼炉内熔化块状高碳铬铁,加热至1600℃后开始由顶部向熔池供氧降碳,同时继续加热使熔池温度维持在高于1750℃,熔池底部通氮气搅拌.试验获得了含碳,铬分别为0.45%,20.25%和0.42%,70.25%的低碳铬铁,铬的氧化损失保持在5%以下.
  • RESEARCH ON SMELTING LOW-CARBON FERROCHROME IN A PLASMA FURNACE

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    • By a non-transformed arc plasma torch whose gas is nitrogen,scrap of high-carbon ferrochrome was heated and melted in a sealed furnace. When the liquid bath was at 1600℃,top blowing of oxygen began to decrease the bath's carbon without stopping plasma operation for its temperature addition and maintennace of at least 1750 ℃. The liquid bath was agitated by bottom-blowning nitrogen. In the experiments low carbon Fe-Cr have been obtained whose composition respectively was 0.45% carbon,50.75% chrome and 0.42% carbon, 70.25% chrome. Loss of chrome could be less than 5%.
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