A copper wire granulator helps you recover valuable copper from waste wires and cables while separating the plastic insulation for collection. If your business handles scrap electrical wires, automotive cables, or communication wires, choosing the right machine can make daily recycling easier to manage.
But before investing in a machine, there are a few practical questions worth answering.
1. What Types of Scrap Wire Can You Process?
Not all scrap wire looks the same. Some comes from electrical installations, while other materials come from vehicles, communication equipment, or mixed cable waste.
Our copper wire granulator can process various types of waste wires, including:
- Electrical wires and square wires
- Automotive and motorcycle wires
- Electric vehicle wires
- Network and communication cables
- Earphone wires and other suitable scrap wires
Have mixed wire scrap? The system can accept different types of suitable waste wires without requiring additional sorting before feeding, helping reduce manual preparation work.
For materials with unusual sizes or compositions, we recommend confirming their suitability before selecting a model.
Working Video of The Copper Cable Recycling Machine
2. What Happens Inside a Copper Granulator?
The purpose is straightforward: break down the wire, separate the copper from the plastic, and collect the two materials through their respective outlets.
Here is how the process works.
Step 1: Crushing
Waste wires enter the crusher, where cutting tools break them into smaller pieces and release the copper from the plastic insulation.
Step 2: Conveying
The crushed material is transported to the separation section.
Step 3: Gravity Separation
Airflow and vibration help separate copper and plastic according to their different physical properties. Operators can adjust the vibration frequency and air supply to suit different materials.
Step 4: Copper and Plastic Collection
Copper granules and plastic are discharged through separate outlets for screening and collection.
Step 5: Dust Collection
A pulse dust collection system collects dust generated during processing. The equipment also includes a control system for operating the complete setup.
The result is a dry processing system that produces separated copper and plastic materials from suitable waste wires.
3. How Pure Is the Recovered Copper?
Copper purity is one of the first things scrap recycling businesses want to know.
Our copper wire granulator specifications indicate a separation purity of over 99%. Actual results depend on the wire material, feed condition, and operating adjustments.
The machine uses an air-suspension separation process combined with vibration. Rather than relying on manual sorting alone, it uses the different physical properties of copper and plastic to separate the materials.
For a more reliable evaluation, you can provide us with samples or photos of your waste wires so we can discuss the appropriate configuration.
4. Which Copper Wire Granulator Capacity Do You Need?
A machine that is too small may struggle to meet your daily processing target. A model with unnecessary capacity may take up more space and require a higher initial investment.
Use the following specifications as a starting point:
| Model | Reference Capacity | Installed Power |
| 400 | 100–150 kg/h | 19 kW |
| 600 | About 300 kg/h | 42 kW |
| 800 | 600–800 kg/h | 59 kW |
| 1000 | About 800–1,000 kg/h | 76 kW |
These are reference specifications. Actual output depends on the type and condition of the incoming wires.
When comparing models, consider more than hourly capacity. Your daily operating hours, available floor space, power supply, and expected material volume all matter.
5. What Makes This Machine Practical for Daily Recycling?
A copper wire granulator needs to do more than separate copper once. It should also suit your regular production conditions.
Our copper wire granulator combines several functions in one system:
- Integrated processing: Crushing, conveying, gravity separation, tailings screening, and dust collection work together.
- Wear-resistant cutting tools: The crusher uses SKD-11 alloy cutting tools with a stated hardness of HR58.
- Cooling during crushing: A water-cooling system helps reduce heat generated during operation.
- Adjustable separation: Air supply and vibration frequency can be adjusted for different suitable materials.
- PLC control: The control system simplifies operation, and the supplied equipment information indicates that one operator can run the machine.
The system is designed for dry processing. Its configuration can be selected according to your wire materials and required capacity.
6. What Should You Confirm Before Buying?
To avoid choosing a machine based on capacity figures alone, prepare the following information before requesting a quotation.
- Wire type: Electrical wires, automotive cables, communication wires, or mixed scrap
- Material condition: Whole wires, cut wires, or previously processed material
- Required capacity: How many kilograms you expect to process per hour or per day
- Power supply: Local voltage, frequency, and phase
- Installation conditions: Available floor space and equipment layout
These details help us evaluate which model is appropriate for your project and whether any configuration adjustments are needed.
Find the Right Copper Wire Granulator for Your Business
Recovering copper from scrap wires can be a practical business opportunity when the equipment matches your materials and processing targets.
We supply copper wire granulators in different capacities, from smaller processing setups to higher-output systems. Tell us what types of wires you handle and how much material you need to process.
Contact us to discuss your waste wire recycling requirements and get a suitable equipment recommendation.