首页> 外文会议>EPD(Extraction and Processing Division) Congress 2006 vol.1 >PHASE TRANSFORMATION OF ANDALUSITE AND ITS IMPACTS ON REFRACTORY BRICK REINFORCEMENT
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PHASE TRANSFORMATION OF ANDALUSITE AND ITS IMPACTS ON REFRACTORY BRICK REINFORCEMENT

机译:红柱石的相变及其对耐火砖加固的影响

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摘要

Andalusite is an excellent raw material for refractory applications due to its high aluminum oxide content and phase transformation to mullite at high temperature. Granular andalusite in particle sizes of about 1 to 2 mm was traditionally utilized for the manufacturing of refractory brick. However, if powder andalusite in micron particle size is utilized in high-alumina refractory products, reinforcement on the refractory brick can be obtained and the sintering temperature can be decreased. The phase transformation of powder andalusite plays a key role for the difference.
机译:红柱石由于其高的氧化铝含量和在高温下相转变为莫来石而成为耐火材料的极好原料。传统上使用粒径约1-2mm的粒状红柱石来制造耐火砖。但是,如果在高铝耐火制品中使用微米级的粉末和红柱石,则可以在耐火砖上获得增强作用,并且可以降低烧结温度。粉末和红柱石的相变起着关键作用。

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