Stone Crushing Plant Project Report

Abstract

The separation of the stone crushing plant is the beneficiation process of the stone crushing plant, and depending on the type of ore quality, there may be some different processes. The magnetite beneficiation process is mainly a beneficia…
  • Stone Crushing Plant Project Report
  • Stone Crushing Plant Project Report
  • Stone Crushing Plant Project Report

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The separation of the stone crushing plant is the beneficiation process of the stone crushing plant, and depending on the type of ore quality, there may be some different processes. The magnetite beneficiation process is mainly a beneficiation process of a weak magnet crushing plant, a mixed ore (magnet-hematite ore), a beneficiation process and a vanadium-titanium magnetite beneficiation process. Single magnets preferentially use fine-grained ore and gangue minerals that are mostly quarter-moving and amphibole silicate minerals, such as some containing sulphate silicates. This kind of crushing plant ore dressing production often uses weak magnetic separation.

Weak magnet separation process

Fine particle flotation is generally accustomed to fines in weak magnet crushing plants, two of which may be flotation and reverse flotation processes. However, when the ore composition is complex, it is better to challenge the mineral together with other methods. The magnetization roasting-magnetic separation method works well. The 20~75 mm shaft furnace reduction roasting powder below 20 mm is generally selected by magnetic separation, gravity separation, flotation, etc. , or combined process separation 2~20 mm coarse and granular weak magnet crushing plant mainly uses gravity separation and magnetic separation to separate coarse particles and extremely coarse ore dressing larger than 20 mm. Generally use heavy medium separation or jig to wear fine ore, with spiral chute And the vibrating table, the centrifugal separation membrane re-election method coarse grain, the medium ore ore magnetic selection usually adopts the dry induction ro ller type magnetic separator fine ore generally adopts the wet induction medium strong magnetic separator.

Breaking in crushing plants

Silver Bay (Silver Bay) Mill is located in the exclusive lakes of Minnesota. The Guarana factory was put into operation in 1955 with an annual production capacity of 315,000 tons. For the inferior ore that processes the meteorite rock in the magnet crushing plant, this can be a very difficult ore that is difficult to damage the ground. The main content of ore, magnetite ore crushing plant, the second reason is the hematite of hematite, hematite and lime crushing plant. The main coal gangue mineral is a quarter of the movement, which is a fine structure. Granite-dispersed ore, eager to completely dissociate the contents of the stone crushing plant from below. 1 mm. The ore is opened by four broken, fine dry magnetic separators with magnets passing through the tail, and the coarsely selected concentrate is unfolded in such a way as to be ground in the fishing rod mill. Used for wet grinding magnetic separation. The concentrated hydrocyclone is graded, gravel is passed to the ball mill, and the particle size is finally ground. 044 mm (90%). Return to the rough grinding magnetic separator. After the cyclone is depressurized, it is concentrated to a fine screen, and the sieved product is magnetically selected to be selected, and the super large product is returned to the ball mill. Through reverse flotation, the magnetic separation accuracy is 68.% Fe, and the high-quality stone powder crushing plant has a concentrate recovery rate of 70%.

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