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高牌号无取向硅钢生产中RH精炼渣系熔点分析

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通过FactSage软件计算和实验室精炼渣熔点测量高牌号无取向硅钢生产过程中的RH精炼渣熔点,探讨了 CaO-SiO2-Al2O3-MgO四元RH精炼渣系中各个化合物对精炼渣熔点的影响.结果显示:当CaO含量为30%~40%时低熔点区域较大;当Al2O3含量为10%~20%时低熔点区域较大;SiO2控制在10%以内较为合适;当MgO含量为8%~10%时低熔点区域较大;误差在5%以下,计算结果可靠.
Analysis of Melting Point of RH Refining Slag System During Production of High Grade Non-oriented Silicon Steel
In this paper,the effects of various compounds on the melting point of refining slag in the CaO-SiO2-Al2O3-MgO four-way RH refining slag system were discussed by measuring the melting point of RH refining slag in the production process of high grade non-oriented silicon steel through FactSage software calculation and laboratory refining slag melting point.The results show that when the CaO content is 30%~40%,the low melting point area is larger;when the Al2O3 content is 10%~20%,the low melting point area is larger;the SiO2 control is more appropriate;when the MgO content is 8%~10%,the low melting point area is larger;the error is less than 5%,and the calculation results are reliable.

non oriented silicon steelRH refiningrefining slagmelting pointviscosityFactSage software

崔金鹏、杨纯柳、于利民、宋程、王旭

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东北特殊钢集团股份有限公司,辽宁大连 116031

钢铁研究总院连铸技术国家工程研究中心,北京 100081

无取向硅钢 RH精炼 精炼渣 熔点 黏度 FactSage软件

2024

山东冶金
山东金属学会

山东冶金

影响因子:0.176
ISSN:1004-4620
年,卷(期):2024.46(1)
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