ACSR Wire Chopping Systems

Effectively separate aluminum from steel

ACSR Wire Chopping Systems

ACSR wire recycling systems from ERS separate aluminum from steel in reinforced cables, engineered for high‑purity recovery, dry separation, and efficient processing of power transmission scrap. At Engineered Recycling Systems, our ACSR Wire Chopping Systems are designed to isolate aluminum from steel with precision, ensuring optimal material recovery and consistent purity. Aluminum Conductor Steel Reinforced (ACSR) cables are widely used in power transmission, and their composite structure makes them valuable but challenging to process without specialized equipment. ERS systems are engineered to break down this reinforced cable design, separate the metals cleanly, and deliver high‑quality output ready for resale or refining.

ERS ACSR processing systems integrate advanced shredding, controlled material reduction, and high‑efficiency separation technologies to streamline operations. Through the use of dry separation tables, magnetic separation, and pneumatic transport systems, aluminum and steel are isolated effectively without excessive material loss. This dry‑process approach eliminates the need for wash systems, reduces environmental impact, and increases operational efficiency. By maximizing the recovery of both metals, recyclers gain stronger profitability and improved downstream purity.

ACSR cables are engineered with a steel core for strength and aluminum strands for conductivity. This combination is ideal for long‑distance transmission but requires a purpose‑built system to separate efficiently. ERS systems are designed specifically for this challenge, ensuring that the steel core is removed cleanly and the aluminum fraction remains uncontaminated. The result is a stable, high‑purity output that meets the demands of modern metal markets and supports sustainable recycling practices.

ERS remains at the forefront of metals recovery innovation, delivering high‑performance solutions tailored to the evolving needs of the recycling industry. Our ACSR systems are built for long‑term reliability, consistent throughput, and minimal maintenance requirements. Whether processing utility scrap, demolition cable, or mixed transmission lines, ERS provides the engineering expertise and technology required for efficient, sustainable recovery.

 

Next Steps for Your ACSR Recycling Project

If you’re evaluating ACSR wire recycling systems or planning an upgrade to your current operation, our engineering team can help you determine the right approach for clean aluminum and steel recovery. You can reach out through our contact form to request a quote or schedule a consultation with an ERS engineer. If you want to see how your ACSR material performs in a real system, you can also send material to our test facility, where we will process it through an ERS‑engineered line and provide documented recovery results to support your planning.

ACSR Wire
“Engineered Recycling Systems ACSR wire processing system — advanced chopping and separation unit designed to recover aluminum and steel from reinforced transmission cables
ACSR Shredded
Engineered Recycling Systems ASCR shredded wire processing system — compact solution for recovering aluminum and steel from chopped transmission cable with integrated dust control

ACSR cable (Aluminum conductor steel-reinforced cable) Recycling System

Engineered Recycling Systems

The trusted leader in industrial dust collection. Engineered Recycling Systems designs and delivers integrated dust control solutions using advanced technology, proven expertise, and a team of innovative engineers. From concept to commissioning, ERS builds smarter systems for cleaner, safer operations.

Contact the ERS Team

Engineered Recycling
Systems, LLC

5010 McDougall Dr. SW
Atlanta, GA 30336, USA

+1 770-954-8780

Copyright 2026. All Rights Reserved.
Settings saved
Privacy settings

We use cookies on our website. Some of them are essential, while others help us improve this website and your experience.

You are using an outdated browser. The website may not be displayed correctly.