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Successful Delivery of 30mm-Thick Copper Plate Shredding Project: Boosting Metal Recycling Industry

We are proud to announce the successful commissioning of our heavy-duty industrial shredding system for processing 30mm-thick copper plates, marking a significant milestone in scrap metal recycling efficiency. This project demonstrates our commitment to delivering high-performance, customized solutions for the scrap metal industry, enabling sustainable resource recovery.

Project Overview

Client: A leading copper recycler in China
Material: 30mm-thick copper plates (clean & insulated)
Capacity: 8-12 tons/hour (achieved 10.5 t/h in field tests)
Solution: GD13Q Dual-Shaft Shredder

Copper Plate Shredding Project

Technical Highlights

Robust Shredding Performance

Specially Hardened Blades (HRC 58-62) to handle ultra-thick copper

Low-Speed, High-Torque (up to 200,000 Nm) for consistent output

Smart Control Features

Auto-Reverse Function: Prevents jamming when detecting overload

Real-Time Monitoring: Tracks blade wear, temperature, and power consumption

Cloud-Based Data Logging: Enables predictive maintenance

Enhanced Safety & Sustainability

Noise Reduction (<85 dB) with soundproof housing

Smart Mechanical Gripper (Fully Automated) Reduces Labor and Energy Consumption Costs

Why This Solution Stands out?

✔ Higher Yield: Output purity reaches 98% (vs. 90-93% industry average)
Lower OPEX: Blade life extended by 40% vs. conventional shredders
Compact Footprint: 30% smaller than comparable systems

Client Feedback

"The shredder's performance exceeded expectations—no downtime in the first 500 hours. The 30mm capacity unlocks new recycling opportunities for us."
— Project Manager, Client Company

Industry Impact

This project sets a new benchmark for:

🔹 Thick non-ferrous metal recycling

🔹 Closed-loop copper supply chains

🔹 Energy-efficient shredding technology

Your Next Project?

Whether you process copper, aluminum, or e-waste, our engineering team can design the optimal solution.

📞 Contact us today for a free consultation.

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