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Description of Molten Salt Electrolyte Refining System High-temperature molten salt, known for its wide electrochemical window and rapid reaction kinetics, serves as an excellent electrolyte for electrochemical metallurgy. Molten salt electroplating, which occurs at elevated temperatures, involves mutual solid-state diffusion between the deposited metal and the base metal. This diffusion forms an interdiffusion layer, enhancing the bond between the deposited layer and the substrate. Additionally, molten salt electrolysis is primarily used to produce alkali and alkaline earth metals, as well as light rare earth metals with low melting points.

NiCuNi coating: The nickel coating of nicuni plated magnets is composed of three layers, nickel-copper-nickel. This type of coating is the most widely used and provides protection against corrosion of the neodymium magnet in outdoor situations. Processing costs are low.

Compared with neodymium, or samarium, ferrite(ceramic) channel magnets provide weaker magnetic holding force at a much better cost. Its natural resistance to corrosion and high heat allows the magnets used without plating, which brings application value to ferrite(ceramic) U-channel screw-on holding magnets. The design features a strong ceramic magnet as a base, encased into a channel-shaped steel shell that features holes or loops for mounting.