GEP ECOTECH's fully automated fridge recycling machine is designed for large-scale processing of end-of-life cooling appliances. Utilizing intelligent shredding, multi-stage separation, and gas purification, it achieves high recovery rates (ferrous metals ≥99%, plastics ≥97%) while ensuring safety, environmental compliance, and low operating costs, offering an efficient solution for e-waste processors.
GEP ECOTECH offers a complete recycling plant for refrigerators, designed to dismantle, shred, and separate valuable materials from end-of-life cooling appliances. This fully automated solution is ideal for e-waste processors, metal recyclers, and environmental service providers handling large volumes of white goods.Key Features🏭 Large Processing Capacity – Industry-Leading Refrigerator Throughput♻️ High Material Recovery Rates – Ferrous metals ≥99%, plastics and foam ≥97%⚙️ Automated and Intelligent Control – PLC system with real-time monitoring🔒 Advanced Safety and Fire Protection – Gas sensors, flame detectors, fire suppression🌱 Environmental Compliance – Dust collection and VOC control systems🔧 Modular and Durable Design – Easy maintenance, long service lifeComplete Recycling Process1. Manual Pre-DismantlingOperators remove compressors, wires, glass, rubber, and other hazardous components from the units before mechanical processing.2. Primary ShreddingRefrigerators are shredded by a twin-shaft shredder
Abandoned refrigerators take up space and pollute the environment. After shredding them, plastics, ferrous metals, and non-ferrous metals are separated. The materials can be sold to recyclers for profit. In some places, you can also get subsidies from the government.How Refrigerator Shredding Creates ValueLiberate Space & Neutralize Pollution: Powerful shredders rapidly break down bulky units, freeing up storage or landfill space. Crucially, the shredding process within a controlled system allows for the safe capture and treatment of hazardous pollutants, mitigating environmental damage and ensuring regulatory compliance.Enable Material Recovery: The shredded output isn't just waste; it's valuable raw material. Advanced shredding prepares the material for efficient downstream separation. Key recoverable resources include:Ferrous Metals (Steel): High-purity steel fragments ready for smelters.Non-Ferrous Metals (Copper, Aluminum): Cleanly separated copper wiring, aluminum components.Plastics: Various plastic