CAJ | 학술논문

选用定量的钢渣，添加不同含量的铁尾矿及其他辅料制备陶瓷材料，并对其烧结过程和产品结构、性能进行了研究。研究表明，尾矿添加量为10％～40％能够制备出合格的钢渣-尾矿陶瓷材料，尾矿最适宜的添加量为20％，此时试样的烧成区间为1105～1130℃，制备的样品最高抗折强度达到69.4 MPa，样品的烧结温度低于传统陶瓷烧成温度100℃左右，而强度接近国家标准的2倍，不仅能够实现陶瓷的节能制备，还能获得高性能的陶瓷产品。
선용정량적강사，첨가불동함량적철미광급기타보료제비도자재료，병대기소결과정화산품결구、성능진행료연구。연구표명，미광첨가량위10％～40％능구제비출합격적강사-미광도자재료，미광최괄의적첨가량위20％，차시시양적소성구간위1105～1130℃，제비적양품최고항절강도체도69.4 MPa，양품적소결온도저우전통도자소성온도100℃좌우，이강도접근국가표준적2배，불부능구실현도자적절능제비，환능획득고성능적도자산품。
Ceramics were prepared from adding fixed content of steel slag with variable contents of tailing and other auxiliary materials.Sintering process and the microstructure and properties of the sin -tered specimens were investigated.Results show that when adding 10% ~40% amount of tailing,qualified steel slag -tailing ceramics could be obtained, and the sintering temperature of the materialsdecreased as the tailing added in increased.It is evidenced that the most appropriate adding amount oftailing was 20% and the firing temperature ranged from 1105℃ to 1130 ℃.Bending strength of thespecimens reached the largest value of 69.4MPa, which was twice larger than the value of the nationalstandard of the ceramic bending strength , moreover, the firing temperature decreased by 100℃ comparingto the traditional firing method.The novel approach may help obtain well performed ceramics withlower energy consumption.