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how does the mining use magnetic separation

Magnetic Separator

Magnetic Separator

Magnetic separator is suitable for re-use powder to remove iron in mitochondria, etc.

Processing ability:1-220t/h

Shell diameter:600-1500mm

Applied materials:Magnetite, magnetic pyrite, roasted ore, titanic iron ore, hematite, limonite, siderite, wolframite, tantalum-niobium ore, red mud, quartz, fluorite and feldspar.

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2 key factors that affect the magnetic separation method

According to the working principle of the magnetic separation method, we can know that the magnetic separation method uses the magnetic differences among various minerals to realize mineral separation in the uneven magnetic field of various magnetic separator. 

According to the magnetic differences, the minerals can be classified into strong magnetic minerals, weak magnetic minerals and non-magnetic minerals. It is because of the magnetism of the minerals that we can use the magnetic separation method to separate the different minerals. In other words, the magnetic differences among minerals are the basis of magnetic separation method

For strong magnetic minerals, such as magnetite, pyrrhotite, magnetite hematite, etc., the specific susceptibility is more than 3.8×10-5m3/kg. The low-intensity magnetic separator (magnetic field intensity is 0.1-0.3T) is usually applied;

2 key factors that affect the magnetic separation method

For weak magnetic minerals, such as chromite, ilmenite, manganese ore, etc., the specific susceptibility is between 7.5×10-6 to 1.26×10-7m3/kg. The strong intensity magnetic separator (magnetic field intensity is 1-2T) is usually applied

There are many factors that affect the magnetic properties of minerals, and the magnetic properties of minerals indifferent regions and deposits are also different. Therefore, when adopting the magnetic separation method for the specific minerals in a certain region, we should judge the magnetic properties by the magnetic determination results of minerals, and then select the strong magnetic separation method or the weak magnetic separation method

magnetic separation | laboratory magnetic separator

Magnetic separation is a process in which magnetically susceptible material is extracted from a mixture using a magnetic force. GTEK produces high quality Davis Magnetic Tube, Wet Drum Magnetic Separator, Wet High Intensity Magnetic Separator, Dry High Intensity Roll Magnetic Separator and Cycle Pulsating High Gradient Magnetic Separator for laboratory use

how does a magnetic separation mining work

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how does a magnetic separation mining work

Mining Magazine Outotec provides a magnetic separation solution 26 Sep 2011 Magnetic Separators (HGMS) to the Marampa iron ore project in London Mining a UK based company that is developing mines for the

Magnetic Separator Application fields wet magnetic separation of magnetite pyrrhotite roasting ore ilmenite and other materials with a particle size of 3 mm or less Processing ability 10–280 t h Feeding size 2 0 mm “40 years of senior mining machinery solutions”

Xinhai Solution After mineral processing test Xinhai decided to use three opening crushing one roughing one concentration and one scavenging magnetic separation process After the crushing and grinding the grinding minerals returned to the classifier which formed a closed cycle the coarse grain was returned to the closed cycle the fine grain returned to the original work

how does a magnetic separation mining work

2 key factors that affect themagnetic separation method

As one of the common mineral processing methods, magnetic separation method is widely applied in the separation of magnetite,manganese, ilmenite and other magnetic minerals. But do you know what two key factors affect the magnetic separation method? And how does each of them affect the magnetic separation method?

According to the working principle of the magnetic separation method, we can know that the magnetic separation method uses the magnetic differences among various minerals to realize mineral separation in the uneven magnetic field of various magnetic separator. 

According to the magnetic differences, the minerals can be classified into strong magnetic minerals, weak magnetic minerals and non-magnetic minerals. It is because of the magnetism of the minerals that we can use the magnetic separation method to separate the different minerals. In other words, the magnetic differences among minerals are the basis of magnetic separation method

2 key factors that affect themagnetic separation method

For strong magnetic minerals, such as magnetite, pyrrhotite, magnetite hematite, etc., the specific susceptibility is more than 3.8×10-5m3/kg. The low-intensity magnetic separator (magnetic field intensity is 0.1-0.3T) is usually applied;

For weak magnetic minerals, such as chromite, ilmenite, manganese ore, etc., the specific susceptibility is between 7.5×10-6 to 1.26×10-7m3/kg. The strong intensity magnetic separator (magnetic field intensity is 1-2T) is usually applied

There are many factors that affect the magnetic properties of minerals, and the magnetic properties of minerals indifferent regions and deposits are also different. Therefore, when adopting the magnetic separation method for the specific minerals in a certain region, we should judge the magnetic properties by the magnetic determination results of minerals, and then select the strong magnetic separation method or the weak magnetic separation method

2 key factors that affect themagnetic separation method

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