采用这种结合剂所制得的无定形捣打料和铝碳砖的耐压强度以及抗弯刚度均得到较大提高。
The compression strength and the bending rigidity of the refractory materials made from nano-clay modified phenolic resin anchoring agent were both improved.
运用显微结构研究方法，研究高炉用微孔铝碳砖的显微组成结构，探讨了组成结构对使用性能的影响。
The microstructure of Al-carbon bricks used in the blast furnace is studied by micro-structure analysis method, and the effects of the structure on the performance of the products also discussed.
本钢6#高炉炉腹区域烧穿，炉腹内衬采用高导热、高体密石墨碳砖代替原烧成微孔铝碳砖，实施效果良好。
BG 6# blast furnace bosh area had been broken out , the bosh inner used the high thermal conduction and plumbago carbon brick replace the micropore carbon brick, and the results are obviously better.
电熔镁砂结晶体大、组织致密、高温性能好、抗渣性强，是生产镁碳砖和铝镁碳砖的优质原料。
It is an ideal raw material for producing magnesia carbon brick, with the characteristic of big crystal, compact texture, high temperature property and high slag resistance.
根据LF用钢包的侵蚀规律，结合济钢第一炼钢厂钢包的实际使用状况，开发了渣线镁碳砖和铝镁尖晶石浇注料复合砌筑工艺。
The composite bricklaying technology of ladle was developed according to the eroding rule of ladle for ladle furnace and combining the actual use status of the ladle in no.
根据LF用钢包的侵蚀规律，结合济钢第一炼钢厂钢包的实际使用状况，开发了渣线镁碳砖和铝镁尖晶石浇注料复合砌筑工艺。
The composite bricklaying technology of ladle was developed according to the eroding rule of ladle for ladle furnace and combining the actual use status of the ladle in no.
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