Magnet Separator Pipeline
Magnet Separator Pipeline
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Magnet Separator Pipeline
magnet separator pipeline (2)
magnet separator pipeline (3)
magnet separator pipeline (4)
magnet separator pipeline (5)
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Magnet Separator Pipeline

Magnetic separators can significantly improve raw material purity. According to its iron unloading method, it can be divided into manual iron unloading, automatic iron unloading and program control iron unloading and other working methods. Due to the different application occasions and magnetic circuit structures, various series of products have been formed.

Product Details

 

The installation method of the magnetic separator is related to its external dimensions, the size and speed of the conveyor belt and the installation position of the equipment. The distance between the magnet of the iron remover and the conveyor should be as small as possible, because the smaller the distance, the greater the magnetic force will be . In addition to the installation, the most important thing for the equipment is the effect of iron removal. The factor affecting the iron removal effect of the equipment is mainly the cooling and heat dissipation effect of the electromagnet. A good cooling and heat dissipation effect is an important factor to keep the magnetic field strong and not weaken sharply. The magnetic field The nearby iron construction also has a certain effect on the iron removal effect, and the thickness of the coal seam has a certain influence on the iron removal effect.

 

Video Description

 

 

Product Picture

 

magnet separator pipeline 1
magnet separator pipeline 2

 

Product feature and application

 

The magnetic field can be divided into uniform magnetic field and inhomogeneous magnetic field. The degree of inhomogeneity of the magnetic field is expressed by the magnetic field gradient, which is the rate of change of the magnetic field strength along the space (that is, the change of the magnetic field strength per unit length). The greater the magnetic field gradient, the greater the inhomogeneity of the magnetic field, that is, the greater the rate of change of the magnetic field intensity along the space. The magnitude of the magnetic force on the magnetic mineral particles is proportional to the product of the magnetic field strength and the magnetic field gradient. If the magnetic field gradient is equal to zero (the uniform magnetic field no matter how high the magnetic field strength is, its magnetic field gradient is equal to zero), then the magnetic force on the magnetic ore particles is zero, and magnetic separation cannot be carried out. Therefore, the iron remover uses an inhomogeneous magnetic field.

 

Package

 

Mirror stainless steel Magnetic separation grid 2

1. The magnets are separated by plastic sheets for easy operation when removing Each block is wrapped in a plastic bag to prevent corrosion.

Mirror stainless steel Magnetic separation grid 3

2. Insert foam board, iron board, carton from inside to outside at once. Used for buffering, magnetic isolation and protection

Mirror stainless steel Magnetic separation grid 4

3. The small size magnet carton is individually packaged to ensure safe and convenient transportation, storage, and use.

Mirror stainless steel Magnetic separation grid 5

4. The outer layer of the carton is fixed with plastic steel straps

Mirror stainless steel Magnetic separation grid 6

5. After packaging, measure the magnetic field intensity outside the carton to ensure compliance with air transport standards.

Mirror stainless steel Magnetic separation grid 1

6. Recycled wooden pallets, wrapped with waterproof membrane to prevent moisture and loss during sea transportation.

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