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The Optimal Ratio of Mixed Talc Silica and Narathiwat Clay for Cordierite - Mullite Refractories

机译:堇青石 - 莫来石耐火材料混合滑石硅和Narathiwat粘土的最佳比例

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In this paper, effects of incorporation of Narathiwat clay (NT), talc and silica on the mechanical properties of cordierite-mullite refractories were investigated. The starting raw materials were mixed in different ratios and fired at 1300 °C for 2 hours. XRD patterns of fired refectories indicated cordierite and mullite phases. The fired samples were studied the firing shrinkage, water absorption, bulk density, apparent porosity and bending strength of the cordierite-mullite refractories. The optimum condition was achieved for the composition of 20% Talc that had shrinkage: 11.78%, water absorption: 4.16%, bulk density: 2.28 g/cm~3, apparent porosity: 9.2% and bending strength: 330.82 kg/cm~2. The results thus showed that Narathiwat clay, talc and silica was a potential materials for as cordierite-mullite refractories.
机译:本文研究了Narathiwat粘土(NT),滑石和二氧化硅掺入对堇青石耐火材料的力学性能的影响。将起始原料以不同的比例混合,并在1300℃下烧成2小时。触发转芬的XRD模式指示堇青石和莫来石阶段。研究了燃烧的喷射收缩,吸水,散装密度,表观孔隙率和弯曲强度的堇青石耐火材料。为20%滑石的组合物实现了最佳条件:11.78%,吸水性:4.16%,散装密度:2.28g / cm〜3,表观孔隙度:9.2%和弯曲强度:330.82 kg / cm〜2 。因此,结果表明,Narathiwat粘土,滑石和二氧化硅是堇青石 - 莫来石耐火材料的潜在材料。

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