Studies on the Mikawa Quartzite for Silica Refractories, (III)

Schichiro Nagai, Z. Ota, Fumikazu Tanemura, Y. Arai
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Abstract

In continuing the previous reports (This Journal, 60 [677], 476 (1952); 61 [683] 207 (1953)), in the present paper were reported the results of studies on comparative tests of silica refractories by mixing the Mikawa quartzite with (1) other quartzites: Fujimaki Akashiro quartzite and Akaba quartzite used in the former reports, and (2) some mineralizers used in the previous trials: dolomite, hematite, basic slag and sea-water magnesia. The Mikawa quartzite and other quartzite raw materials above mentioned, were used to make test silica bricks as following: (1) the Mikawa quartzite mainly in the fine grain part, and (2) the Fujimaki Akashiro quartzite and Akaba quartzite in coarse grain part, the latter quartzites being easily heat inversible. To these mixtures were added some parts of mineralizers above mentioned and the cherty part of the Akaba quartzite above used.Many test samples of silica refractories were prepared by these two series of mixtures, and many comparative tests were carried out on variuos physical and thermal properties by discussing on the following points.(1) From the special formation of the Mikawa quartzite and the test results obtained heretofore in the comparative studies on the refractories by graining only the Mikawa quartzite, it cannot be obtained suitable silica brick for steel industry.(2) By using fine grains of the Mikawa quartzite to make matrix part, it can be succeeded to improve the refractoriness, resistance to slag corrosion, softening temperature under load, etc.(3) In this case, it is desirable to use the coarse grain parts of the so-called Akashiro or Aoshiro quartzite, and the Mikawa quartzite cannot be used for mixing over a certain limiting amount.
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三川石英岩中硅质耐火材料的研究(三)
在继续以前的报告(本杂志,60 [677],476 (1952);(61[683] 207(1953))),本文报道了三川石英岩与(1)其他石英岩的对比试验研究结果:以前报告中使用的Fujimaki赤代石英岩和赤叶石英岩;(2)以前试验中使用的一些矿化剂:白云石、赤铁矿、碱性矿渣和海水镁砂。利用三川石英岩和上述石英岩原料制作试验硅砖:(1)三川石英岩主要为细粒石英岩,(2)藤木赤城石英岩和赤叶石英岩为粗粒石英岩,粗粒石英岩易热不可逆。在这些混合物中加入了上述矿化剂的一部分,并使用了上述阿卡巴石英岩的硅质部分。采用这两种混合方法制备了大量的硅质耐火材料试验样品,并对其各项物理和热性能进行了对比试验,讨论了以下几点:(1)从三川石英岩的特殊构造和迄今为止仅对三川石英岩进行粒化耐火材料对比研究的试验结果来看,(2)利用三川石英岩的细粒制作基体部分,可以成功地提高耐火度、抗渣腐蚀、载荷下软化温度等。(3)在这种情况下,最好使用所谓赤川石英岩或青石岩的粗粒部分,三川石英岩不能超过一定的限制量用于混合。
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