本文介绍了使用硅铁代替硅铬合金作还原剂，冶炼低碳铬铁的工艺方法。
The process of smelting low carbon ferrochromium using ferrosilicon as reducer instead of silicochromium alloy is introduced.
采用稀土硅铁、低碳铬铁和复合变质剂对中铬铸铁进行变质处理后，组织细化、性能提高；
The experiment results showed the structure was refined and the properties were enhanced after adding modificator, such as rare-earth ferrosilicon.
研究了转炉中铬渣生产高铬低磷微碳铬铁，实验证明：工艺可行，缺点是合金不能脱硫。
The study is conducted on producing extra-low FeCr containing high chromium and low phosphorus with converter MC FeCr slag.
生产实践得出：适应市场需求的低硫低磷高碳铬铁通过优化原料，加强生产控制是能够得到的。
It is concluded by the practice that HC FeCr, containing low sulphur and low phosphorus, can be produced by optimizing raw material and strengthening production control.
生产实践得出：适应市场需求的低硫低磷高碳铬铁通过优化原料，加强生产控制是能够得到的。
It is concluded by the practice that HC FeCr, containing low sulphur and low phosphorus, can be produced by optimizing raw material and strengthening production control.
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