Capacitors are composed of electrodes (such as metal foil), dielectrics (such as ceramic/film), and casings (such asmetal/plastic). Capacitors are made of a mixture of materials, resulting in high metal loss and difficulty in separation, greatly increasing the difficulty of breaking them. The capacitor recycling line designed by UTMACH is a professional equipment developed for this type of high-value-added electronic waste. It can recycle copper, aluminum, iron, nickel and rare and precious metal materials, realizing the recycling of resources. Workflow Feed Sorting: Scrap capacitors, electrolytic capacitors, and aluminum-cased capacitors are fed into the system via a conveyor. Coarse Shredding: A shredder performs preliminary crushing of the capacitors, cutting them into granular materials suitable for subsequent processing. Fine Shredding: A crusher further pulverizes the capacitors, completely separating the metal from the electrolytic paper and plastic casings. Sorting: A magnetic separator and eddy current separator separate the iron casing and magnetic material from the capacitors. Dust Removal System: Dust removal equipment is equipped to remove residual electrolyte gas and dust, ensuring environmentally friendly emissions. Material Collection: Reusable metals such as aluminum powder, copper powder, and iron powder are obtained, as well as non-metallic powders that can be reused as auxiliary materials. Main Equipment Conveyor Shredder Fine Crusher Magnetic Separator Eddy Current Separator Dust Removal System Electronic Control System Equipment Advantages Complete Separation: Utilizing a multi-stage sorting system, the metal recovery rate reaches 98%. High Compatibility: Capable of processing a wide range of capacitors (electrolytic, film, aluminum-cased, solid-state, etc.). High Economic Efficiency: Metal powder can be directly recycled back into the furnace, resulting in a short payback period. Modular Design: The entire line can be flexibly configured based on production volume, making it easy to maintain and expand. Safe and Environmentally Safety and environmental protection:No high-temperature smelting is required, preventing secondary pollution. Applications: Used electrolytic capacitors and solid-state capacitors; Electronic waste recycling and processing; Electronics factory scrap; Mixed waste such as capacitor casings and guide pins Resources, Environmental Protection, and Industrial Value Capacitor recycling can recycle metals and other resources, reduce hazardous pollution, and provide a regulatory compliance path for related industries, contributing to green development.