Eddy Current Separator

Eddy current separators(ECS) are designed for the separation of non-ferrous metals. They utilize a rapidly changing magnetic field to induce eddy currents within the material. These induced currents generate a magnetic field opposing the original field, creating repulsive forces that effectively separate non-ferrous metals from the material stream. Eddy current separators are particularly effective in separating aluminum, copper, die-cast metals, and more, making them widely used in the recycling industry.Eddy current separators offer several advantages in the recycling process. Their non-contact operation ensures minimal wear and tear, contributing to a longer lifespan and reduced maintenance requirements. The ability to fine-tune the frequency and intensity of the magnetic field allows for precise control, optimizing the separation of different non-ferrous metals.GEP ECOTECH provides a range of Eddy current separators with advanced features to meet the evolving needs of the recycling industry. Our

The Eddy Current Separator(ECS) is an industrial equipment that is used by waste treatment plants around the world. This technology enables easy and efficient recovery and separation of valuable non-ferrous metals such as brass, aluminum and copper from any bulk material for reuse. The principle of operation of the separator is based on eddy currents, which are generated in materials due to magnetic fields rotating at an increased speed. Non-ferrous metals disturbed by eddy currents are "catapulted" out of the waste stream as they pass through the belt.Why choose AIShred eddy current separators?First-class quality at an attractive priceAdjustment of rotor position during separator operation = best separation resultsEasy replacement of the protective shell of the magnetic rotorQuick change of conveyor beltWe will test your material for free and offer the most suitable device AIShred eddy current separation equipment has excellent performance in extracting non-ferrous metals from mixed municipal waste, PET