8000 Eddy Current Separator, Capacity : 2t/h

Salient Features

• Solid tructzure with anti vibration pads.
• No loss of valuable material.
• Low maintenance.
• Protected other recycling equipment.
• High yields of non-ferrous metals recovery.

Applications

• 98% recovery of aluminum cans from commingled recyclables.
• Stainless steel, copper, aluminum, brass from shredder residue and fluff.
• Non-ferrous metal recovery in refuse streams and ash streams in Waste-to-Energy facilities.
• Separation of non-ferrous chips.
• Aluminum scrap recovery in foundry sand reclamation.
• Glass cullet recycling.
• Wood waste processing.
• Aluminium extrusion recycling.

Our Eddy Current Separator is used for

• Eddy Current Separator is used for Aluminium Scrap Recycling
• Eddy Current Separator is used for Rubber Scrap Recycling
• Eddy Current Separator is used for E-waste Recycling
• Eddy Current Separator is used for MSW (Municipal Solid Waste)
• Eddy Current Separator is used for Glass Collect Recycling
• Eddy Current Separator is used for Aluminium Scrap Recycling
• Eddy Current Separator is used for Pet Flakes Recycling
• Eddy Current Separator is used for Wire Scrap Recycling
• Eddy Current Separator is used for Plastic Waste Recycling
• Eddy Current Separator is used for PVC Scrap Recycling
• Eddy Current Separator is used for Zorba

How Eddy Current Separator Work
In eddy current separator there is a short belt of conveyors that has its drive located at the return end and a high-speed magnetic rotor system installed at the discharge end. A magnetic rotor, which is positioned within a separately rotating non-metallic drum, revolves high speed during operation whilst the outer drum cover rotates at the speed of the eddy currents belt conveyor. While rotor spins at these high speeds at that time electric current is induced into conducting metals. The induced electric current produces a magnetic field, which opposed the field created by the rotor, repelling the conducting metals over a pre-positioned splitter plate. The remaining materials such as plastics, glass, and other dry recyclables will simply free-fall over the rotor, separating them from the repelled metals.
Functions
The eddy current effect appears if non-ferrous conductors of electricity are exposed to a magnetic alternating field. The eddy currents, in turn, generate magnetic fields whose flux are opposed to the fields generating them, thus causing repulsive forces which discharge nonferrous metals out of the material flow.