Recycled Plastic Material from Electrical Cable Dismantling: Performance and Applications

Introduction
The circular economy presents both a challenge and an opportunity in the electrical industry—especially when it comes to managing plastic waste. The material analyzed here is a prime example of smart resource recovery: a high-potential recycled plastic derived from end-of-life electrical cables. Through advanced treatment and sorting processes, this composite material is transformed into a valuable resource with strong technical properties suited for various industrial uses.

Production Process
This high-quality secondary raw material is the result of a sophisticated multi-step recycling process:

Screening – separates materials by particle size

Flotation – isolates components based on density differences

Density-based sorting – further refines the separation for greater material purity

These stages ensure the efficient recovery and cleaning of plastics found in cable sheathing and insulation materials.

Composition & Technical Profile

Material Breakdown (via FTIR analysis):

PVC (Polyvinyl Chloride): 65%

PE (Polyethylene): 5%

Other Polymers: 26%

Miscellaneous Residues: 4%

This diverse composition reflects the wide range of materials typically used in electrical cable manufacturing—now given a second life.

Environmental Performance
The material offers excellent environmental characteristics, particularly regarding compliance with strict regulations:

Brominated Compounds / RoHS Compliance: very low levels detected

Conclusion
This recycled plastic compound combines environmental responsibility with technical reliability—offering manufacturers a sustainable and cost-effective solution without compromising on performance. It's a new generation of recycled material, ready to meet the needs of forward-thinking industries.

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