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Nano carbon containing MgO-C refractory: Effect of graphite content

机译:含MgO-C的纳米碳质耐火材料:石墨含量的影响

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Development of low carbon containing MgO-C refractories has been studied containing a fixed 0.9 wt% of nano carbon and 1-9 wt% of flake graphite. Refractory compositions were prepared and processed as per the conventional manufacturing techniques of MgO-C refractory. Properties of the different compositions were evaluated and also compared against the conventional MgO-C refractory containing 10 wt% graphite prepared under exactly similar conditions. Addition of 3 wt% of flake graphite in combination with 0.9 wt% of nano carbon black was found to be optimum and resulted in better/comparable properties to that of conventional MgO-C refractory.
机译:已经研究了含碳量低的MgO-C耐火材料的开发,该材料包含固定的0.9 wt%的纳米碳和1-9 wt%的片状石墨。按照MgO-C耐火材料的常规制造技术制备和加工耐火组合物。评价了不同组合物的性能,并将其与在完全相似的条件下制备的含10%(重量)石墨的常规MgO-C耐火材料进行了比较。发现将3重量%的片状石墨与0.9重量%的纳米炭黑组合添加是最佳的,并且与常规的MgO-C耐火材料相比具有更好的/可比的性能。

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