Difference between revisions of "Electromagnetic Separators"
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'''Electromagnetic Separators''' or [[Magnetic Separators]]are designed specifically to remove fine iron powders introduced to the base material during the grinding process. This is a process in which magnetically susceptible material is extracted from a mixture using a magnetic force. This separation technique can be useful in mining iron as it is attracted to a magnet. It is suitable for belts with a speed less than or equals to 4.5m/s. With this electromagnetic separator, materials are refined and iron impurities are collected. | '''Electromagnetic Separators''' or [[Magnetic Separators]] are designed specifically to remove fine iron powders introduced to the base material during the grinding process. This is a process in which magnetically susceptible material is extracted from a mixture using a magnetic force. This separation technique can be useful in mining iron as it is attracted to a magnet. It is suitable for belts with a speed less than or equals to 4.5m/s. With this electromagnetic separator, materials are refined and iron impurities are collected. | ||
Revision as of 01:33, 13 September 2012
Electromagnetic Separators or Magnetic Separators are designed specifically to remove fine iron powders introduced to the base material during the grinding process. This is a process in which magnetically susceptible material is extracted from a mixture using a magnetic force. This separation technique can be useful in mining iron as it is attracted to a magnet. It is suitable for belts with a speed less than or equals to 4.5m/s. With this electromagnetic separator, materials are refined and iron impurities are collected.
Working Principle
The working principle of magnetic separator is that when the slurry into the magnetic field, one of the strong magnetic minerals are adsorbed on the cylinder surface, if the magnetic and non-magnetic minerals is to get rid of discharge, while the adsorption on the surface of the cylinder with the cylinder rotating strong magnetic minerals, was brought the magnetic field, with the rinse water into the concentrate tank to complete the sorting operation.
Applications
- power plants
- mines
- building material factories,
- other factories in metallurgical and food industries.
Advantages
- Fields to magnetize the collecting elements can be matched to the separation requirements, from about 1 through 20 kilogauss in the empty separating space.
- Large volumes of magnetized matrix spaces can be generated to meet processing needs.
- Separating spaces can be filled with a virtually endless variety of matrix elements.
- The magnetic field can be conveniently turned off to allow easy cleaning of the matrix, making it possible to automate the cleaning cycle.
- Equipment can be designed to meet unusual processing conditions including high temperature, high pressure and many corrosive products.
- Equipment is available for use in hazardous environments.
Features
- The coil of our electromagnetic separator is specially processed with good oxidation and rust resistance, thus ensuring the heat transferring capacity and insulation performance of the coil.
- It is of big magnetic penetration depth and strong suction force.
- It is of low energy consumption and stable performance.
- With compact structure, this electromagnetic separator is easy to install and maintain.
- Good heat diffusion and stable temperature rise.
- This magnetic separator can suck or throw iron materials continuously.
- The belt is provided with automatic rectifying function.
Related Types
Video