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RH處理超低碳鋁鎮靜鋼的總氧預測模型及應用

Total oxygen prediction model of ultra-low carbon aluminum killed steel in RH treatment and its application

  • 摘要: 根據300t鋼包RH真空處理超低碳鋁鎮靜鋼的實驗數據,建立了RH處理過程鋼中總氧含量的預測模型,得到了鋼中氧含量的預測公式.模型綜合考慮了處理時間、真空室吹氬流量、鋼水環流量、浸漬管直徑和鋼包渣中(FeO+MnO)含量等因素對總氧含量的影響,并對改進RH處理工藝進行了討論.模型分析表明,促進夾雜物上浮的手段有增大吹氬流量、增加浸漬管直徑,但都有一個合適的范圍.

     

    Abstract: Based on the experimental data of ultra-low carbon aluminum killed steel in a 300 t ladle of RH treatment, a model for predicting the total quantitatively oxygen content of molten steel was established. Some factors such as treatment time, argon flow rate, molten steel circulation rate, snorkel diameter, FeO and MnO content in ladle slag were considered in the model. Potential improvements for RH operation were discussed. According to model analysis, the methods for promoting inclusion rising are increasing the argon flow and enlarging the snorkel diameter, but they have proper ranges.

     

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