Sep 19, 2026 Leave a message

Working Principle and Structural Analysis of Permanent Magnet Self-Discharging Iron Remove

ts core component is a permanent magnet system composed of high-performance rare earth permanent magnets, which generates a stable magnetic field in the working area. When raw materials pass through the bottom of the magnetic separator, iron scraps, iron nails and other ferromagnetic contaminants are captured by the magnetic force and adsorbed on the surface of the circulating belt.

The circulating belt is driven by a small motor and moves continuously. Once the ferromagnetic impurities are carried out of the effective magnetic field region, the magnetic attraction disappears rapidly. Under the action of gravity and belt friction, the iron impurities fall automatically into the impurity collection box, realizing continuous self-unloading without manual iron cleaning.

The separation effect is affected by multiple factors including magnetic field strength, magnetic field distribution, material thickness, belt speed and the distance between the magnet and the material layer. Reasonable matching of these parameters can effectively prevent magnetic leakage and improve the iron removal efficiency.

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