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Huate - Model CGC -Cryogenic Superconducting Magnetic Separator
The Huate CGC Cryogenic Superconducting Magnetic Separator features a unique ultra-high background magnetic field, unattainable by standard electromagnetic equipment, ideal for separating weakly magnetic minerals in fine particles. This makes it particularly effective for beneficiation processes involving rare metals and non-ferrous as well as non-metallic ores, including cobalt ore enrichment and the purification of kaolin and feldspar. It extends its utility beyond mineral processing to applications in wastewater treatment and seawater purification. Its working principal harnesses the zero resistance property of superconducting coils at low temperatures, generating a large magnetic field over 5T with superconducting coils immersed in liquid helium. The high-gradient magnetic field enabled by magnetically conductive stainless steel is capable of over 10T, proving essential for effective magnetic separation. This separation is facilitated through a combination of virtual and sorting cylinders driven by motor and belt systems, ensuring optimization of production efficiency.This series of products has an ul- tra-high background magnetic field that cannot be achieved by ordinary electromagnetic equipment, and can effectively separate weakly magnetic substances in fine-grained minerals.It is suitable for beneficiation of rare met- als, non-ferrous metals and non-metal- lic ores, such as cobalt ore enrichment, impurity removal and purification of kaolin and feldspar non-metallic ores, and can also be used in sewage treat- ment and seawater purification and other fields.
The superconducting magnetic separator utilizes the characteristic that the resistance of the superconducting coil is zero at low temperature,Use a large current to pass through the superconducting coil immersed in liquid helium, and be excited by an external DC power supply, so that the superconducting magnetic separator can reach a background mag- netic field strength above 5T,The surface of the magnetically conductive stainless steel Matrix in the separation chamber generates a huge high-gradient magnetic field, which can reach more than 10T, which can effectively separate magnetic substances and it is the ultimate method in the magnetic separation beneficiation field.
The sorting mechanism consists of three virtual cylinders and two sorting cylinders. The sorting cylinder and the virtual cylinder can achieve magnetic balance, so that the sorting mechanism can move in the magnetic field under the action of a small external force.
The sorting mechanism is driven by the motor and the belt drive system to reciprocate within a set interval. The separation process is that one separation cylinder sorts the pulp in the magnet with a background field strength above 5T, and the other separation cylinder is cleaned outside the magnet. Since there is no magnetic field, the ore particles are not affected by the magnetic force, and the steel wool is washed with high-pressure water,the magnetic substances adsorbed on it are discharged with the water flow, the sorting cylinder working in the magnet is moved out of the magnet, and the cleaned sorting cylinder returns to the magnet to sort the pulp, and the cycle is repeated,there is always a sorting cylinder in the magnet to sort the pulp, which greatly improves the production efficiency.