The vertical ring pulsating high-gradient magnetic separator consists mainly of a pulsating mechanism, excitation coil, yoke, rotating ring, and various mineral and water hoppers. It uses magnetic stainless-steel plates or rods as the magnetic medium. The excitation coil generates an induced magnetic field in the separation zone through direct current, creating a non-uniform high-gradient magnetic field on the surface of the magnetic medium. The rotating ring moves clockwise, continuously bringing magnetic media into and out of the separation zone. The slurry is fed from the feed hopper, flowing through the gap in the upper yoke and passing through the rotating ring. Magnetic particles in the slurry adhere to the surface of the magnetic medium and are carried to the top non-magnetic area, where they are flushed into the magnetic product hopper. Non-magnetic particles, influenced by gravity and pulsating fluid dynamics, pass through the pile of magnetic media, separating from the magnetic particles and flowing into the non-magnetic product hopper through the gap in the lower yoke.