中国资源综合利用
中國資源綜閤利用
중국자원종합이용
China Resources Comprehensive Utilization
2015年
8期
40-43
,共4页
镁碳砖再生料%纯铝酸钙水泥%硼玻璃%锂辉石%复合烧结剂
鎂碳磚再生料%純鋁痠鈣水泥%硼玻璃%鋰輝石%複閤燒結劑
미탄전재생료%순려산개수니%붕파리%리휘석%복합소결제
MgO-C recycled materials%calcium aluminate cement%borosilicate glass%spodumene%composite sintering agent
以焦宝石、废旧镁碳砖为主要原料，采用纯铝酸钙水泥为结合剂，硼玻璃、锂辉石为复合烧结剂制备钢包包沿料，研究了镁碳砖再生料和硼玻璃加入量对材料性能的影响。工业应用试验表明：加入15%的镁碳砖再生料及0.5%~1%的硼玻璃时，材料性能最好，可以显著提升钢包包沿料的使用质量，研究开发使用后耐火材料再利用技术，不仅可节约矿产资源和能源，大大降低耐火材料的生产成本，还可减少环境污染。
以焦寶石、廢舊鎂碳磚為主要原料，採用純鋁痠鈣水泥為結閤劑，硼玻璃、鋰輝石為複閤燒結劑製備鋼包包沿料，研究瞭鎂碳磚再生料和硼玻璃加入量對材料性能的影響。工業應用試驗錶明：加入15%的鎂碳磚再生料及0.5%~1%的硼玻璃時，材料性能最好，可以顯著提升鋼包包沿料的使用質量，研究開髮使用後耐火材料再利用技術，不僅可節約礦產資源和能源，大大降低耐火材料的生產成本，還可減少環境汙染。
이초보석、폐구미탄전위주요원료，채용순려산개수니위결합제，붕파리、리휘석위복합소결제제비강포포연료，연구료미탄전재생료화붕파리가입량대재료성능적영향。공업응용시험표명：가입15%적미탄전재생료급0.5%~1%적붕파리시，재료성능최호，가이현저제승강포포연료적사용질량，연구개발사용후내화재료재이용기술，불부가절약광산자원화능원，대대강저내화재료적생산성본，환가감소배경오염。
Flint, magnesia carbon brick, as the main raw material, pure calcium aluminate cement as binding agents, boron glass and spodumene as composite sintering agent, ladle along the material are prepared. The MgO-C recycled materials and borosilicate glass addition on material properties are studied. The application test showed that: the addition of 15% renewable materials bricks 0.5%~1% of borosilicate glass, the material properties is best, with high strength, slag release and good thermal shock resistance of both the refractory castable. The refractory recycling technology can significantly enhance the use of quality materials ladle along, not only can save the national mineral resources and energy , but also can reduce environmental pollution and greatly reduce the cost of refractories.
