Application areas of non-ferrous metal eddy current separators:Non-ferrous metal eddy current separators are mainly suitable for separating and recovering non-magnetic non-ferrous metals, which usually have good electrical conductivity.
1. Non-ferrous metals and their alloys:Including but not limited to copper, aluminum, zinc, lead, etc. Eddy current separators can effectively separate copper from waste wires, cables and other copper-containing waste materials, recover aluminum from waste cars, construction waste, waste packaging materials (such as aluminum cans), etc., and recover lead from lead-containing waste materials. In addition, it can also be used to sort other non-ferrous metals such as tin, nickel, cobalt, magnesium, silver, gold, etc.
2. Mixed materials:Eddy current separators are particularly suitable for processing mixed materials containing multiple metal components, which usually come from the dismantling and recycling of waste items, such as waste wires and cables (including copper core, aluminum core or other non-ferrous metal core wire, and plastic sheath and other materials), waste automobile dismantling materials (including engines, car shells, tires and other parts, including aluminum, copper and other non-ferrous metals), construction waste (including concrete blocks, steel bars, aluminum window frames and other materials).
3. Waste from specific industries:Eddy current separators are also widely used in the treatment of waste in specific industries, such as electronic waste (recovering copper, aluminum and other non-ferrous metals from scrap electronic circuit board fragments), glass industry (selecting aluminum bottle caps or other copper and aluminum small particles from broken glass materials), plastic industry (recovering aluminum and other non-ferrous metals from waste packaging materials such as plastic bottles and plastic cans), etc.
It should be noted that eddy current separators are not suitable for separating magnetic metals (such as iron, nickel-iron alloys, etc.) because these metals will produce magnetic induction effects in the magnetic field, interfering with the generation and separation process of eddy currents. 
