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Brand Name : | JC |
Model Number : | JC-002 |
Price : | 300,000 |
Payment Terms : | T/T,BA |
Supply Ability : | Strong |
Delivery Time : | 2 to 4 weeks |
The electromagnetic iron remover has a full range of models, good iron removal effect, high efficiency, global delivery, stable performance, and can be customized according to individual needs.
Automatic electromagnetic magnetic separators are highly efficient and intelligent magnetic separation devices. The following provides a detailed introduction from aspects such as working principles, structural features, application fields, and performance advantages.
Working Principles
Inside the wound solenoid coil, a sorting tank filled with a
certain amount of magnetically conductive stainless - steel wool
(or steel plate mesh) is placed. After the coil is excited, the
magnetically conductive stainless - steel wool is magnetized,
generating a highly non - uniform magnetic field on its surface,
that is, a high - gradient magnetized magnetic field. When the
material passes through the steel wool in the sorting tank,
paramagnetic materials are subjected to a magnetic field force
proportional to the product of the applied magnetic field and the
magnetic field gradient, and thus are adsorbed onto the surface of
the steel wool. Non - magnetic materials, on the other hand, pass
directly through the magnetic field and enter the non - magnetic
product tank. When the weakly magnetic substances captured by the
steel wool reach a certain level, ore feeding is stopped, the
excitation power supply is disconnected, and the magnetic
substances are flushed and made to flow into the magnetic product
tank. Then, the next operation cycle begins.
Structural Features
Magnet Part
High - quality electromagnetic materials are typically used,
enabling the generation of a high - intensity and adjustable
magnetic field. For example, the magnetic field strength of some
magnetic separators can reach 2.2T, and the magnetic field can be
freely adjusted according to different materials and sorting
requirements.
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