Product Description

     Ore processing line,copper ore processing line,lead ore processing line,chrome ore processing line,copper ore processing equipment,ore processing machine,manganese ore processing plant,copper ore processing production line,iron ore beneficiation process,gold ore processing equipment,fluorite ore processing equipment,iron ore processing line,hematite iron ore processing line,nickel ore processing,tin ore processing plant,copper ore processing equipment flotation machine,ball mill for processing line,iron ore processing line,ore processing shaking table,magnetite iron ore processing line.
Overview

       Ore processing line,copper ore processing line,lead ore processing line,chrome ore processing line,copper ore processing equipment,ore processing machine,manganese ore processing plant,copper ore processing production line,iron ore beneficiation process,gold ore processing equipment,fluorite ore processing equipment,iron ore processing line,hematite iron ore processing line,nickel ore processing,tin ore processing plant,copper ore processing equipment flotation machine,ball mill for processing line,iron ore processing line,ore processing shaking table,magnetite iron ore processing line.Hematite is weak magnetic. And it contains mainly Fe2O3. The normal chemical composition of hematite is Fe2O3, Fe3O4, SiO2, Al2O3 and so on. Based on the test report of ore provided by customer, we designed this hematite dressing technics: three stages crushing***-one stage milling***-two stages magnetic separation***-dehydration***-final product. Using this technics, we can improve the Fe content from *0% up to *5%. And the ferric oxides recovery ratio is about *0%.

     Crushing and milling

       Ensure the quality of raw material. And the size of ore rock should be no bigger than **0mm. The first stage and second stage we use PE jaw crusher and PEX jaw crusher. The third stage we use a double roller crusher to reduce the rock size to smaller than *0mm. We use three stages crushing to reduce the size of rock as smaller as possible. In that way, milling the ore into required fineness, ******0 mesh, is much easier. At the end of ball mill, the milling stage, there is a screen through which the qualified ore slurry can pass through. The slurry is then sent to a magnetic separator to pick out the magnetic part of the slurry.

       Magnetic Separation

       After milling, the qualified slurry runs into firs stage magnetic separator, magnetic density ***0Gauss. This machine can pick out Fe­­­3O4 out of the slurry and then Fe­­­3O4 is sent to the concentrated ore pool. We use a high gradient magnetic separator in the second stage separation to pick out Fe2O3, which is weak magnetic. The picked our slurry is sent to the concentrated ore pool. Then we use a pump pull the slurry into a disc type filter to dehydrate. The output of the filter is final product and water which can recycle. The final product contains about 5% moisture. It can be stored for further usage.

       Conclusion

       What is narrated above is designed based on the test report of ore sample. If there is a big difference between the current sample and the ore mine, we shall modify the technics.
Noted:we can desgin kinds of ore processing line, such as iron ore processing line,copper ore processing line,gold ore processing line,and so on.
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