What are the uses of fully automatic magnetic separators? What is the principle?

What are the uses of fully automatic magnetic separators? What is the principle?

With the development of technology, some new types of equipment have been developed, which can cope with the difficulties encountered in industrial production. For example, a fully automatic magnetic separator is such a device, so what challenges does this type of equipment solve in industrial production? How does it work? Let me introduce it to you now.

What are the uses of fully automatic magnetic separators?

We can see from the name of the device that its function is to adsorb magnetic materials through magnetic force, thereby achieving screening, recycling, and other purposes. This type of equipment has good applications in the mining, chemical, and even food industries. Due to the wide range of uses of this device, the demand for this type of device is constantly increasing among more and more industry enterprises.

Working principle of fully automatic magnetic separator

Simply put, this device uses magnetic force to adsorb the iron content in the material. The principle is as follows: when the operator pours the ore slurry into the tank, the water flow from the water spray pipe allows the ore particles to enter the tank loosely.

At this point, magnetic ore particles will generate magnetic agglomeration, resulting in a "magnetic chain" state. Subsequently, the "magnetic chain" will feel the adsorption of magnetic force, and move towards the magnetic pole, thus being adsorbed on the equipment device.

Because the polarity arrangement pattern corresponding to the magnetic poles is alternating, the device will not move during operation, and at this time, the "magnetic chain" rotates closely with the cylinder. In addition, the phenomenon of magnetic stirring occurs when the magnetic poles alternate, and at this time, non magnetic minerals such as gangue inside the "magnetic chain" will continuously fall off due to flipping. Therefore, the "magnetic lotus" on the surface of the cylindrical device is the concentrate.

Of course, the use of full-automatic magnetic separators also has a range, which has a good effect on Magnetite, Ilmenite and other minerals below 3mm. This equipment is suitable for wet magnetic separation. In other words, during magnetic separation, the material must be made into a slurry to accept magnetic separation.

Compared to traditional magnetic separators, fully automatic magnetic separators can achieve unmanned operation, better save labor costs, and improve the efficiency of magnetic separation, which is recognized by many enterprises.

Have you gained a deeper understanding of the uses of fully automatic magnetic separators through the introduction above? At the same time, the specific working principle of such devices is also very clear. If users are interested in this device, they can come to us for more details.

What are the uses of fully automatic magnetic separators? What is the principle?