南方金属
南方金屬
남방금속
SOUTHERN METIALS
2001年
3期
16-18
,共3页
低SiO2烧结矿%低温烧结%碱度
低SiO2燒結礦%低溫燒結%堿度
저SiO2소결광%저온소결%감도
针对低SiO2烧结矿的生产率低、强度差以及低温还原粉化高问题，采取提高烧结矿碱度和MgO含量、增加钢渣配比以及采用低温烧结技术等措施使烧结生产指标得到明显改善，其中烧结矿生产率提高了10 t/(m2*d)、转鼓指数提高7.73%，低温还原粉化率降低13.56%，也促进了低硅烧结板技术的发展.
針對低SiO2燒結礦的生產率低、彊度差以及低溫還原粉化高問題，採取提高燒結礦堿度和MgO含量、增加鋼渣配比以及採用低溫燒結技術等措施使燒結生產指標得到明顯改善，其中燒結礦生產率提高瞭10 t/(m2*d)、轉鼓指數提高7.73%，低溫還原粉化率降低13.56%，也促進瞭低硅燒結闆技術的髮展.
침대저SiO2소결광적생산솔저、강도차이급저온환원분화고문제，채취제고소결광감도화MgO함량、증가강사배비이급채용저온소결기술등조시사소결생산지표득도명현개선，기중소결광생산솔제고료10 t/(m2*d)、전고지수제고7.73%，저온환원분화솔강저13.56%，야촉진료저규소결판기술적발전.
Aimed at SiO2 sintering characteristics of low sinter productivity, low strength and high low-temperature breakdown, some measurements such as raising basic capacity of sintered ore and the content of MgO, adding steel slag proportion and adopting low-temperature sintering technology etc. The production quota of sinter is obviously improved, which the sintering productivity is raised by 10 t /(m2*d), the strength index raised by 7.73 percent and the low-temperature breakdown reduced by 13.56 percent. The development of the low silica sintering technology has been promoted.
