
The upward-suction magnetic separator consists of a magnetic separation assembly, a power and transmission mechanism, and a frame. As a utility model product, it adopts an upward-suction planar magnetic plate instead of a magnetic roller for mineral processing and sand discharge. It has the advantages of a large magnetic separation working surface, high mineral processing speed, and high efficiency. This product is specifically designed to automatically separate ferromagnetic substances from moving materials. Its applicable industries include iron separation from scrap steel and steel slag, iron separation in direct reduced iron plants, iron separation in foundry workshops, and iron separation from various metallurgical slags.
1、Adopts an upward-suction installation method, enabling high separation efficiency for picking up large iron pieces;
2、The uniquely designed stainless steel liner serves as a protective layer. Compared with the belts of traditional iron separators, it can more effectively reduce damage caused by sharp ferromagnetic objects, extend the service life, ensure reliable equipment operation with minimal maintenance, and significantly lower operating costs;
3、The magnetic circuit is designed via computer simulation with a unique structure, which can effectively reduce the impact of large iron pieces on the drum surface and prolong the service life;
4、High magnetic field intensity, large gradient, and strong suction force at the rated height;
5、No need for electric excitation, saving electricity and energy, and realizing automatic iron discharge;
6、Rare earth neodymium-iron-boron permanent magnet material is used as the magnetic source, with stable and reliable magnetic performance, ensuring that the demagnetization rate is less than 5% within 8 years;
7、Compact and reasonable structure, convenient maintenance, and capable of long-term trouble-free and safe operation;
8、Installed along the direction of the belt, reducing installation space and suitable for belt installation at any inclination angle.

