Aluminum Conductor Steel Reinforced Recycling Machine

The aluminum conductor steel reinforced recycling machine is a special equipment for crushing, sorting and recycling discarded steel core aluminum stranded wires. Its main function is to effectively recycle two metal resources, aluminum and steel, from discarded steel core aluminum stranded wires. It has the advantages of high degree of automation and complete separation of aluminum layer and steel core.

As time goes by, many high-voltage cables need to be recycled due to aging, life expiration, damage and other reasons, and the demand for high-voltage cable recycling has also arisen.

Aluminum Conductor Steel Reinforced can finally obtain aluminum and steel after crushing, sorting and recycling. The sorting rate is 99%, and the size and length are 10mm, 20mm, and 50mm.

1. With professional technology and equipment, we can effectively recycle and process steel core aluminum stranded wires of different specifications. (Special 3-speed transmission for reducer)

2. The equipment and technology adopted can quickly and efficiently recycle and process steel core aluminum stranded wires. (50 meters/minute, multiple feeds available)

3. Depending on the usage scenario, electric or oil power systems can be provided.

4. According to customer needs, it can be equipped with an integrated tensioning and guiding machine, a movable ton bag rack and other supporting equipment.

5. Equipped with dust removal equipment, environmentally friendly and pollution-free.

Cable Wire Recycling Machine

The cable wire recycling machine is used to separate and recover copper particles and PVC particles from various waste copper wires and cables. It is efficient and stable, and the purity can reach more than 99%.

Mini Copper Wire Granulator Recycling Machine

A mini copper wire granulator is a compact machine used for recycling and processing copper wires. It is designed to separate copper from the plastic insulation that surrounds it, allowing for more efficient recycling of copper materials.