Industrial Copper Cable Scrap Wire  Shredder Application Areas:

Industrial wire and cable shredders can process a wide range of materials, including waste communication wires, automotive wiring, computer cables, telephone lines, USB data cables, household appliance wires, steel strands, miscellaneous wires, copper wire, aluminum wire, iron core lines, and various other types of cables.

Industrial Copper Cable Scrap Wire  Shredder Description:

As infrastructure ages and technology advances, large quantities of copper and aluminum wires are being decommissioned due to breakage or obsolescence. These metal-rich cables represent a significant recyclable resource. Through proper mechanical processing, discarded wires and cables can be transformed into valuable commodities rather than environmental liabilities.
Our industrial cable shredder is specifically engineered for this purpose. Working in tandem with copper wire granulator systems, this single-shaft shredding equipment efficiently reduces all types of wire and cable materials into uniform pieces, preparing them for downstream separation and recovery. The process yields clean copper granules, plastic fractions, and other recyclable materials — all of which command strong market value. By converting waste into reusable resources, this solution not only delivers economic returns but also significantly reduces environmental impact.

Industrial Copper Cable Scrap Wire  Shredder Blade:

Waste cable recycling process:

Scrap cable and wire are first shredded into small pieces of material by the shredder and then separated into the copper rice machine. The copper and plastic in the waste cable can be effectively separated.

Industrial Copper Cable Scrap Wire  Shredder Working Principle:

Waste cables are loaded into the shredder through the feeding system. Inside the shredding chamber, high-strength alloy steel blades apply tearing, squeezing, and shearing forces to break the material into uniformly sized pieces, which are then discharged through the screen mesh. This continuous and stable process ensures efficient size reduction while preparing the material for subsequent copper-plastic separation. The design emphasizes operational reliability, resource recovery efficiency, and environmental compliance — providing robust support for sustainable waste cable management.

Industrial Copper Cable Scrap Wire  Shredder Components:

Pusher System Reinforced baseplate can reduce the impact caused by material entering the cutting chamber. A dust collection device is equipped at the bottom of the pusher system to guarantee the long-term stable performance of internal components.	Heat treated rotor knives Special DC53 steel (hardened) four edges use before the replacement
V-cutting rotor design with staggered cutter positioning	Wear Resistant Tungsten surface coating for abrasive applications
Electronic Control Simply press the buttons on the control panel to control every movement, and “auto mode” can be selected on the control panel for fully automatic operation	Screen Unit Wide range of screens with a variety of configurations and mesh sizes are replaceable based on customers’ production requirements. The paper shredder will automatically stop while opening the screen unit to ensure operator safety. The screen is produced and mounted in sections, allow for easy maintenance.
PLC control Making it easier for fault diagnosis and maintenance	Hydraulic Station The pressure and rate of flow can be adjusted according to different materials.

Industrial Copper Cable Scrap Wire  Shredder Features:

The industrial copper cable scrap shredder offers the following core features: a combination frame constructed from ultra-thick precision-machined sheet metal, paired with a large-diameter hopper and a heavy-duty hexagonal power shaft tilted at an optimized angle for efficient processing of large materials. The PLC intelligent control system integrates automatic overload protection and reverse rotation functions to ensure safe and stable operation. An innovative hydraulic pusher system significantly improves the efficiency of processing lightweight materials. The rotor knives feature a four-edge design, allowing 90° rotation for reuse after wear, while the fixed knives adopt a double-edge configuration that can be rotated 180° — substantially reducing maintenance costs. Low-speed operation ensures quiet performance, and screen aperture can be flexibly adjusted based on material characteristics. Equipment specifications can also be customized according to processing capacity and material type, delivering high efficiency, durability, and personalized adaptation.

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