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Application of binders in iron ore sintering and studies on the process behaviour

机译:粘合剂在铁矿石烧结中的应用及研究行为研究

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In this context, studies on the granulation processwith addition of some specific organic substances are made.Three binders (A, B, C) are used in the experiment. The testresults show that binder C which contains benzenoid and severaldifferent polar functional groups works most effectively, and a isnot a perfect binder due to its too high solution viscosity. On thebasis of granulation experiment, the behaviour of C is alsodiscussed by analysing the influence of C on threerepresentative layers in sintering process. C can not onlyintensify the granulation process but also improve thepermeability of drying, pre-heated and condensed layers. Sinterpot experiment offers further credibility for the above results.With addition of C, sinter productivity increases about 7 percentwithout any detriment to the metallurgical properties of sinter product.
机译:在这种情况下,制备关于加入一些特异性有机物质的造粒方法的研究。在实验中使用三粘合剂(A,B,C)。睾丸结果表明,含有苯突和几种极地官能团的粘合剂C最有效地工作,并且由于其过高的溶液粘度而导致的完美粘合剂。在肉芽实验的基础上,通过分析C对烧结过程中的三种特征层的影响来进行C是Alsodussed。 C不能仅引发造粒过程,而且还可以改善干燥,预热和冷凝层的可透镜。 Sinterpot实验为上述结果提供了进一步的可信度。加入C,烧结生产率增加约7%,对烧结产品的冶金性能有任何损害。

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