Scrap Copper Wire Crushing Sorting Granulating Machine
The Scrap Copper Wire Crushing Sorting Granulating Machine is a complete set of equipment specifically designed for processing waste cables. Through processes such as shredding and sorting, it effectively separates copper from plastic to facilitate resource recovery and reuse. Suitable for all types of waste wires and cables with diameters ranging from 0.3 to 20 mm, it balances processing efficiency with sorting accuracy, making it a core piece of equipment in the cable recycling sector.
Equipment Configuration: Multi-stage Coordination for Continuous Operation
The entire production line primarily consists of an industrial Dual-Shaft Shredder, a magnetic separation unit, a conveyor system, and a copper granulator (copper wire granulation and sorting equipment). The industrial Dual-Shaft Shredder, as the front-end unit, is responsible for the initial shredding of whole bundles or tangled scrap cables, reducing them to a size suitable for subsequent processing.
The shredded material is conveyed via a conveyor belt into the magnetic separation unit, where ferrous contaminants are removed to prevent any adverse effects on subsequent sorting accuracy and equipment operational stability. The material then enters the copper granulator, where secondary crushing and air classification are employed to thoroughly separate the copper particles from the plastic sheathing, producing a relatively pure recycled product.
Structure of the Scrap Copper Wire Crushing Sorting Granulating Machine
Workflow: A closed-loop system from coarse processing to fine separation
The core logic of the entire system lies in ‘step-by-step refinement’. Front-end shredding addresses size issues, mid-stage magnetic separation enhances material purity, whilst the end-stage copper granulator undertakes the critical separation task. The copper granulator typically combines crushing, vibrating, screening, and air classification technologies to achieve effective separation based on the differences in density and specific gravity between copper and plastic.
This process avoids the pollution issues associated with traditional incineration or simple dismantling, whilst also improving copper recovery rates (purity exceeding 99%). The separated copper particles can be used directly as raw material for recycled metal, whilst the plastic components can also be further recycled, forming a relatively complete resource recycling chain.
Application Advantages: Balancing Efficiency, Environmental Protection, and Economic Viability
Compared to traditional manual dismantling or inefficient equipment, this production line offers superior advantages in terms of automation and processing capacity. Its continuous operation mode significantly increases output and reduces labour costs, whilst the physical sorting method prevents secondary pollution, better meeting current environmental requirements.
Furthermore, the equipment demonstrates strong adaptability to cables of varying specifications; whether fine wires, mixed wires, or composite cables, stable processing can be achieved by adjusting parameters. For enterprises engaged in scrap metal recycling and cable processing, such equipment not only enhances processing efficiency but also directly impacts the final economic returns! If anyone requires machine prices and specifications, please contact us.
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