MgO含量和碱度对高炉渣粘度的影响  

INFLUENCE OF MgO CONTENT AND BASICITY ON VISCOSITY OF BLAST FURNACE SLAG

作　　者：耿明山[1] 张玉柱[1] 项利[1] 尹久超[1] 陶文[2] 

机构地区：[1]河北理工大学 [2]唐山钢铁有限责任公司

出　　处：《河南冶金》2005年第3期7-8,22,共3页Henan Metallurgy

摘　　要：根据唐钢第二炼铁厂高炉的原料条件和冶炼情况,研究了MgO、二元碱度(CaOSiO2)对高炉渣的流动性粘度熔化性温度的影响,为唐钢高炉优化造渣制度提供实验和理论依据,结果表明:炉渣碱度在1.10～1.20之间,MgO在10%～12%,Al2O3≯14%时高炉能达到较好的冶炼效果,从理论上分析了炉渣中R2及MgO的适宜含量范围。According to the condition of raw materials and smelting in Tangshan Iron & Steel Group Co., Ltd, influence of MgO、(CaO/ SiO2)on viscosity ,melting temperature as well as BF slag has been tested, the theory and tested basis were given for selection optimum system of slag making of Tangshan Iron & Steel Group Co.,Ltd.It indicated that :slag alkalinity is in 1.10～ 1.20, the content of MgO is between10%～12%, the content of the Al2O3 ≯14% can attain the better result of slag smelting. The suitable value of the R2 and MgO content in the slag is analyzed in this essay.

关 键 词：MGO含量 炉渣粘度 熔化性温度 Al2O3 原料条件 造渣制度 炉渣碱度 冶炼效果 含量范围 炼铁厂 流动性 高炉渣 唐钢 

分 类 号：TF54[冶金工程—钢铁冶金]