Iron Ore Magnetic Separation Equipment For Sale Supplier

Project Background

The iron ore goes through the following stages of production: primary crushing, secondary crushing and sieving, tertiary crushing and sieving, grinding, cycling and finally, the filtering of pellet feed.

Project Advantages

beneficiation equipment applications

1. Can be used for pre-selection of low-grade ore operations, enrichment of ore resources to improve the grade into the mill, reducing mineral processing costs.

2. for Tailings recovery tailings dam dry slope sections are relatively enriched in the tailings.

3. For the sulfuric acid residue dry magnetic separation purification.

4. For non-magnetic materials in addition to iron, the effect is obvious, dressing cost.

5. Iron powder purification operations for the magnetic separation plant, throwing in addition to the poor in the iron powder with the living body and gangue, to improve the grade of flour, increase the added value of the processing plant product technology.

iron ore crushing plant

The iron ore goes through the following stages of production: primary crushing, secondary crushing and sieving, tertiary crushing and sieving, grinding, cycling and finally, the filtering of pellet feed. The objective of the beneficiation plant is to obtain three different grain thicknesses from the iron ore: pellet feed, sinter feed and granulated.

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iron ore separation methods

Iron beneficiation is complex process. There are techniques involved in the whole process such as milling (crushing and grinding); washing; filtration; sorting; sizing; gravity concentration; magnetic separation; flotation; and agglomeration (pelletizing, sintering, briquetting, or nodulizing) etc.

Iron ore magnetic separator is the mainly used iron beneficiation technic due to the magnetic properties of iron ore. As a world leading supplier and manufacturer of crushing, grinding and beneficiation equipment, SBM provide complete series of iron processing equipment and separation machine for sale.

iron ore magnetic separation

Magnetic separation is most commonly used to separate natural magnetic iron ore (magnetite) from a variety of less-magnetic or nonmagnetic material. Today, magnetic separation techniques are used to beneficiate over 90 percent of all domestic iron ore. Between 20 and 35 percent of all the iron units being beneficiated in the United States today are lost to tailings because hematite is only weakly magnetic. According to the Bureau of Mines, techniques used-to-date to try to recover the hematite have proven uneconomic.

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