With global scrap cable volumes rising, traditional manual stripping methods are increasingly falling short in both throughput and purity. Plant managers seeking reliable recovery of copper from mixed wire scrap now have a compelling alternative in fully…
Product Description
Across the recycling sector, the processing of scrap copper cables has transitioned from a low-margin, labor-intensive activity to a strategic material recovery operation. Stricter environmental mandates on electronic waste, combined with volatile copper prices, have forced plant operators to reexamine their wire stripping methods. Manual stripping — once adequate for small batches of clean, single-gauge wire — now struggles to keep pace with the heterogeneous streams arriving at yards: mixed diameters, heavy insulation, multi-core cables, and contaminated scrap from demolition and automotive sectors. These inputs demand robust size reduction and efficient metal separation, which manual tools simply cannot provide at commercial scale.
Enter the automatic cable shredder, a category of heavy machinery that combines a motor-driven shredder with integrated granulation and air separation to liberate copper from insulation in a continuous process. The Wire Shredder - Scrap Copper Cable Recycling Machine, marketed under the Yuanhang brand, is a representative model built for such duty. While the supplier's primary background lies in brick making and clay extrusion equipment, this machine extends their fabrication capability into the metallurgy machinery domain. It is classified as a scrap metal shredder, intended to process a broad spectrum of cable waste — often referred to in industry shorthand as "cable granulator" or "wire separator copper." The machine's automatic key selling point removes the need for hand feeding and manual separation, which not only raises throughput but also improves worker safety and reduces particulate exposure on the floor.
On the production floor, integration of such a shredder typically involves positioning it downstream of a pre-sorting station and upstream of a secondary refinement stage (such as electrostatic separation for very fine wire). Its weight of 2000 kg suggests a solid, stationary installation; therefore, concrete foundations and vibration dampening are recommended. Operators have reported that automatic machines of this class can run with minimal supervision once calibrated for a given feed composition, making them suitable for single-operator monitoring in a well-designed circuit.
Technical Highlights
For engineering and maintenance teams, the following parameters are central when evaluating scrap cable shredding equipment. These are drawn from the available data sheet and ranked in order of importance for system integration.
- Machine Type – Scrap Metal Shredders: This classification confirms the machine is engineered for the rigors of metal processing, including resistance to abrasion and structural fatigue. Unlike general-purpose plastic shredders, a scrap metal shredder features hardened blades and reinforced chamber construction to handle the metallic content and occasional tramp elements that accompany scrap cable.
- Full Automation: The unit is described as "Automatic," implying a programmable logic controller (PLC) or equivalent system manages feed rate, shredder speed, and separation airflow. This self-regulating capability is crucial for maintaining consistent copper granule size, which directly influences the market value of the recovered metal. For plant personnel, automation reduces the need for constant operator adjustment and cuts down on unplanned downtime due to jams.
- Motor-Driven Core Components: The motor is listed as the sole core component. In cable shredding, a robust electric motor provides reliable torque and speed control, with maintenance limited to standard bearing lubrication and brush inspection. While the power rating (kW) and voltage are not specified in the public dataset, the supplier can supply these details upon request, enabling alignment with local electrical infrastructure (e.g., 380V/50Hz three-phase common in industrial settings).
- Mass and Footprint – 2000 kg: The substantial mass dampens vibration and enhances stability during high-torque shredding cycles. Installers must plan for floor loading and crane access during installation. The single package size is listed as 150x150x150 cm, which gives an initial envelope for site layout; however, clearance for feeding and discharge conveyors will add to the total footprint.
- Warranty – 5 Years: A extended warranty on core components (motor) signals the manufacturer's design margin and quality control. For maintenance planners, this can reduce total cost of ownership and simplify budget forecasting. It is advisable to clarify what is covered under the warranty — for example, normal wear items like blades or screens may be excluded.
- Video Outgoing Inspection: The provision of video inspection before shipment allows the buyer's engineering team to visually confirm the machine's operation, check for abnormal noise or vibration, and verify the integrity of the electrical panel and safety guards. This step mitigates risk and provides a record for acceptance criteria.
Additional technical details, such as throughput capacity (kg/h), copper purity rate, and exact motor specifications, are not included in the abbreviated factory listing and should be requested during the RFQ stage. Given the absence of a machinery test report, we recommend that purchasers specify a performance trial using their own scrap material as part of the purchase agreement. This approach ensures the machine meets the recovery targets and particle size distribution required by end buyers of the copper fraction.
Company Profile
Gongyi Yuanhang Machinery Equipment Co., Ltd. operates out of Henan, China, a province synonymous with heavy industrial manufacturing. The company's product line covers both building material machinery (automatic brick extruders, tile production lines, brick kilns) and metallurgy machinery. This diversification suggests the presence of in-house foundry and machining capabilities that can be applied to shredder fabrication. For buyers, a supplier with experience in heavy fabrication enables better quality control over weldments, steel plate cutting, and assembly jigs. The stated monthly supply ability of 25 sets for the wire recycling machine indicates that the unit is produced on a series basis, not as a custom one-off, which typically means better standardization and availability of spare parts.
Export & Logistics
Machines are shipped as single items, which simplifies customs documentation. The declared single package size is 150x150x150 cm, but buyers should note that this likely represents the main shredder housing crated; accessories, conveyors, or dust collection systems (if ordered) may be packaged separately. The single gross weight figure of 68 kg appears unrelated to the main machine mass of 2000 kg and may correspond to a spare parts kit or control cabinet; clarification with the supplier is necessary to plan container loading or flat-rack transport. With a supply ability of 25 sets per month, standard lead times are expected to be competitive for this equipment class. The port of dispatch is given as "Low price red copper scrap electric wire crusher…" which appears to be a data artifact; the actual port (likely Shanghai, Tianjin, or Qingdao) will be confirmed during commercial negotiation. The provision of a video outgoing inspection is a valuable addition, enabling remote approval before the machinery leaves the factory.
Call to Action
Production engineers and procurement managers seeking to upgrade their cable recycling lines can obtain a tailored quotation by contacting the supplier with a detailed material profile. Include average feed composition (diameter range, insulation type, contamination level), desired output capacity, and site electrical parameters. Early engagement on technical specifications paves the way for a smoother installation and commissioning process.
Disclaimer
The information presented in this article is based on the supplier's published product attributes and is intended for preliminary engineering evaluation only. All performance figures, dimensional data, and warranty terms must be confirmed in writing by Gongyi Yuanhang Machinery Equipment Co., Ltd. prior to procurement. Final engineering approval and safe integration of the machinery into a production line remain the responsibility of the purchaser in compliance with applicable local regulations.
Typical Sourcing Timeline
While each project has unique timing, the following generic workflow outlines the milestones for procuring industrial recycling equipment from overseas suppliers:
- RFQ Submission: Provide the supplier with detailed material specifications and production targets. Request dimensional drawings, motor nameplate data, and a recommended spare parts list.
- Technical Clarification: Exchange engineering correspondence to finalize configuration (voltage, control system language, custom hoppers, etc.). Confirm acceptance criteria and performance guarantees.
- Optional Sample Trial: If the supplier agrees, send a small batch of your scrap for testing. Request a detailed report with separation efficiency and metal purity analysis, or witness the test remotely via live video.
- Purchase Order: Finalize the contract, including Incoterms (e.g., FOB, CIF), payment milestones, packaging requirements, and delivery schedule.
- Production and Pre-shipment Inspection: Monitor the build progress and utilize the video outgoing inspection to approve the machine prior to crating. Arrange third-party inspection if required.
- Shipping and Customs Clearance: Coordinate with a freight forwarder for heavy-lift ocean freight, port handling, and inland transportation to your site. Prepare import documentation per destination country regulations.
Related product: Wire Shredder - Scrap Copper Cable Recycling Machine
