Wire Processing
By Vision Green
Transform redundant wiring into recovered resources
We specialise in handling redundant wires and cables generated during data-centre decommissioning, hardware upgrades, electrical switch-room overhauls and factory reinstatement projects.
Our end-to-end solution ensures that clients can offload bulky wiring waste, recover value and meet sustainability goals.
Partner with us- driving both economic and environmental value for your organization
Resource Conservation:
Every tonne of copper or aluminium recovered saves up to 20 tonnes of mining-related waste and reduces energy consumption by up to 85% compared to primary metal production.
Carbon Footprint Reduction:
Metal recycling emits significantly lower greenhouse gases than virgin-metal mining — helping you meet net-zero and circular-economy targets.
By choosing to work with a dedicated and responsible recycling vendor, you are playing a part in helping promote circular economy.
Types of Wire that We Processed
Our End-Produce
All products are sampled and tested to ensure metal content is accurate
Certified by National Environmental Agency (NEA)
Precision stripping & Size Reduction
Using automated stripping machines and precision cutters, we remove insulation cleanly and reduce cable bulk, preparing materials for downstream recycling.
Metal Recovery & Grading
Conductors (copper, aluminum) are sorted by purity grade. Higher-grade copper yields better financial returns; lower grades are baled separately for industrial reuse.
Documentation & Certification
You receive a detailed report of volumes processed, metal grades recovered and a Waste Transfer Note or Certificate of Recycling, satisfying audit and ESG reporting requirements.
Procedures To Get Started
At Vision Green, we provide responsible wire processing services to recover valuable materials from redundant cables and wiring. We ensure safe handling, proper segregation, and compliant recycling to minimize environmental harm. Our solutions support your business in meeting sustainability goals while maximizing resource recovery.
