What aspects of future suspension magnetic separator development should focus on

Suspension magnetic separator is widely used in the factory’s assembly line and unloading base, because it is an indispensable special device for cleaning iron impurities in raw materials and a powerful helper to ensure normal production. The importance of magnetic separators has increased, and production enterprises have continuously raised higher requirements for the performance of suspended magnetic separators. The future research and development of suspended magnetic separators will be inclined to the following aspects:
1. Fine impurity removal: Because the raw materials will inevitably be mixed with some small iron parts during the processing, sometimes a small amount of iron-titanium minerals and other impurities will be mixed in. To remove this finer iron impurities, you must increase the suspension. The iron-removing ability of the magnetic separator has been developed in a more refined direction.
2. High magnetic field and high gradient: The use of higher performance materials allows the magnetic field strength of the suspension magnetic separator to achieve better results. The gradient is getting larger and larger to adapt to different operating environments.
3. Energy saving: Since the electromagnetic suspension type magnetic separator relies on electricity to generate a current to form a magnetic field, its importance in some industries cannot be replaced (such as ceramic factories). Therefore, energy saving and consumption reduction are the development of electromagnetic suspension type magnetic separator An important trend.
4. Control automation: The control system of the suspension magnetic separator is usually controlled by a PLC system, which can improve reliability, reduce equipment maintenance, and facilitate networking with other automatic control systems.