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.

Mini copper wire granulators are typically smaller in size and have a lower processing capacity compared to larger industrial-scale granulators. They are suitable for small-scale recycling operations, workshops, family workshop,or businesses that deal with relatively smaller amounts of copper wires.

This equipment is suitable for various wire diameters and 99% recycling rates.

These machines often consist of a crusher, a conveyor belt, a vibrating screen, and a dust collection system. The copper wire granulator operates in several steps:

Crushing: The copper wires are fed into the granulator, where they are crushed into small pieces.

Grinding: The crushed wires are further pulverized into finer particles.

Airflow separation: The finely ground copper particles are then separated from the plastic insulation using airflow separation techniques. The lighter plastic particles are carried away by the airflow, while the heavier copper particles fall into a separate collection container.

1. Supports household electricity (single phase electricity) ideal for home use.

2. Transparent observation window for easy viewing of the discharge status, user-friendly design.

3. Environmentally Friendly Equipment with a 99% Recycling Rate.

4. The equipment is equipped with movable caster wheels at the bottom, making it easy to move. Once the production location is determined, the wheels can be locked, allowing for immediate production.

5. This equipment complies with environmental regulations and standards. It does not generate pollution during production.

In-stock inventory, same-day shipping for orders placed on the same day. The equipment is packaged in wooden crates with metal corners for external reinforcement and international standard internal securing.