CAJ | 학술논문

介绍了高铁低硅烧结技术的发展现状，依据其烧结固结机理，提出稳定和提高烧结矿强度是高铁低硅烧结技术的关键。通过选择适宜的碱度、配加MgO、采用低温烧结、配加钢渣和轧钢皮等措施，可获得强度较好的高铁低硅烧结矿。
개소료고철저규소결기술적발전현상，의거기소결고결궤리，제출은정화제고소결광강도시고철저규소결기술적관건。통과선택괄의적감도、배가MgO、채용저온소결、배가강사화알강피등조시，가획득강도교호적고철저규소결광。
The current development status of high Fe and low-silicon sintering technology was introduced, in accordance with its sintering solidfication mechanism, it was proposed that stabilizing and increasing the sinter strength is the key of high Fe and low silica sintering technology. Through such measures as appropriate selection of alkalinity, addition of MgO, adoption of low-temperature sintering, addition of steel slag and mill scale, high-strength low - silica sinter with good strength can be obtained.