当代化工
噹代化工
당대화공
Contemporary Chemical Industry
2015年
9期
2132-2133,2136
,共3页
吴凯%李鹏%何永强
吳凱%李鵬%何永彊
오개%리붕%하영강
信息化%空球氧化铝%制备%工艺优化
信息化%空毬氧化鋁%製備%工藝優化
신식화%공구양화려%제비%공예우화
Information technology%Alumina hollow ball%Preparation%Process optimization
有关空球氧化铝的制备较为少见，目前只能通过合理控制水解效率实现油相粘度变小，与此同时制备空球氧化铝的温度大都集中到1200~1400℃。通过工艺优化在800℃左右可以实现空心球氧化铝的制备，有利于工艺优化。
有關空毬氧化鋁的製備較為少見，目前隻能通過閤理控製水解效率實現油相粘度變小，與此同時製備空毬氧化鋁的溫度大都集中到1200~1400℃。通過工藝優化在800℃左右可以實現空心毬氧化鋁的製備，有利于工藝優化。
유관공구양화려적제비교위소견，목전지능통과합리공제수해효솔실현유상점도변소，여차동시제비공구양화려적온도대도집중도1200~1400℃。통과공예우화재800℃좌우가이실현공심구양화려적제비，유리우공예우화。
Current research on the preparation process of alumina hollow ball is rare. Decreasing oil phase viscosity can only be achieved by reasonable control of the hydrolysis efficiency, while the preparation temperature of alumina hollow ball is always controlled between 1 200~1 400 ℃.In this paper, the preparation process was optimized to realize the preparation of alumina hollow ball at 800 ℃.
