借助在斜槽中流动的水流进行选矿的方法统称为溜槽选矿,这种方法在很久以前即被采用,直到现在在某些偏僻的矿山还保留着原始的操作方式,但是现代的溜槽选矿已经走向机械化合自动化,矿流的形势也变成多种多样的了。
溜槽选矿可以处理粗细差别很大的矿石,给矿粒度最大可以达到100-200mm,最细又可以小至10μm,当然这是要在不同的设备上进行分选。处理2-3mm以上粒级的溜槽称为粗粒溜槽,处理2-0.075mm的溜槽称为矿砂溜槽,而给矿粒度小于0.075mm的溜槽则称为矿泥溜槽。目前广泛应用的是后两者,其中尤以矿泥溜槽因其处理微细粒级具有特殊效能而受到更大的重视
With flow in chute flow processing method are collectively referred to as beneficiation chute, this method in a long time ago is used until now in some remote mines still retains the original mode of operation, but modern beneficiation chute has to combine automation machinery, ore current situation has become diverse.
溜槽选矿可以处理粗细差别很大的矿石,给矿粒度最大可以达到100-200mm,最细又可以小至10μm,当然这是要在不同的设备上进行分选。处理2-3mm以上粒级的溜槽称为粗粒溜槽,处理2-0.075mm的溜槽称为矿砂溜槽,而给矿粒度小于0.075mm的溜槽则称为矿泥溜槽。目前广泛应用的是后两者,其中尤以矿泥溜槽因其处理微细粒级具有特殊效能而受到更大的重视
Chute beneficiation can handle thickness differ substantially from the ore, to the ore particle size can reach 100-200 mm and the fine and ranging from 10 m, which, of course, is sorting on different devices. Processing more than 2-3 mm particle size chute said coarse sluice, referred to 2-0.075mm chute ore chute, and to the ore particle size smaller than 0.075mm chute is known for slime sluice. Widely used at present is that the latter two, especially to slime sluice for the treatment of fine grain size has special efficacy and by greater attention