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Research on Improving the Classification-gravity Concentration Technology Based on an Anshan-type Low-grade Hematite Ore

机译:基于鞍山型低级赤铁矿矿石改善分类 - 重力集中技术的研究

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The beneficiation of Anshan-type low-grade hematite ores attracts more and more attention. Complicated beneficiation flow sheets are necessary to deal this type of ores. Classification-gravity concentration technology is used widely in these flow sheets because of its characteristics. In this paper, grinding characteristics and classification-gravity concentration tests were carried out based on the ore's mineralogical characteristics. When the ground size of the ore was 75% -0.071mm, through beneficiation by the flow sheet of classification-gravity concentration-middle intensity magnetic separation discarding, a satisfactory concentrate assaying 67.58% Fe, 47.51% recovery was obtained, and the iron grade and yield of the tailings were 5.93% and 39.77% respectively. The controlling of the size distribution and the behavior of finer hematite grains is important and efficiency in beneficiation of Anshan-type hematite ores.
机译:鞍山型低级赤铁矿矿石的益处吸引了越来越多的关注。使复杂的益处流量表是处理这种类型的矿石所必需的。由于其特性,分类 - 重力浓度技术在这些流动板中广泛使用。在本文中,基于矿石的矿物学特征进行研磨特性和分类 - 重力浓度试验。当矿石的接地尺寸为75%-0.071mm时,通过流量的分类 - 重力集中 - 中间强度磁分离丢弃,获得67.58%Fe,47.51%的回收率和铁等级的令人满意的浓缩物尾矿的产量分别为5.93%和39.77%。尺寸分布的控制和更细赤铁矿颗粒的行为是重要的,昂山型赤铁矿矿石的益处是重要的。

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