Stable Air Distribution Pneumatic Flotation Cell for Copper Ore Processing
Stable Air Distribution Pneumatic Flotation Cell for Copper Ore Processing
Pneumatic flotation cell designed for copper ore processing and mineral beneficiation. External air supply and effective pulp-air contact support stable flotation conditions and mineral separation.
Product Advantages
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Stable Air Distribution – External air supply supports consistent air input during flotation.
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Effective Pulp-Air Contact – Promotes contact between air bubbles and mineral particles.
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Copper Ore Application – Suitable for copper flotation and mineral processing circuits.
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Simple Flotation Structure – Pneumatic flotation design without relying on a mechanical impeller inside the cell.
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Flexible Process Use – Can be incorporated into different flotation circuits according to process requirements.
Working Principle
External air enters the mineral pulp and is dispersed into bubbles. Mineral particles attach to the bubbles and rise to the surface to form mineralized froth, while the remaining pulp continues through the flotation circuit.
Applications
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Copper Ore Flotation
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Copper Concentrators
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Sulfide Ore Flotation
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Mineral Beneficiation
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Mining Flotation Plants
- Beneficiation Plants
| Model | Column Volume (m³) | Feed Concentration (%) | Processing Capacity (m³/h) | Air Volume (m³/h) |
|---|---|---|---|---|
| Φ0.4×(8.0–14.0) | 0.126 | 10–40 | 2–10 | 8–12 |
| Φ0.6×(8.0–14.0) | 0.283 | 10–40 | 3–11 | 17–25 |
| Φ0.7×(8.0–14.0) | 0.385 | 10–40 | 4–13 | 23–35 |
| Φ0.8×(8.0–14.0) | 0.503 | 10–40 | 5–18 | 30–45 |
| Φ0.9×(8.0–14.0) | 0.635 | 10–40 | 7–25 | 38–57 |
| Φ1.0×(8.0–14.0) | 0.785 | 10–40 | 8–28 | 47–71 |
| Φ1.2×(8.0–14.0) | 1.131 | 10–40 | 12–41 | 68–102 |
| Φ1.5×(8.0–14.0) | 1.767 | 10–40 | 19–64 | 106–159 |
| Φ1.8×(8.0–14.0) | 2.543 | 10–40 | 27–92 | 153–229 |
| Φ2.0×(8.0–14.0) | 3.142 | 10–40 | 34–113 | 189–283 |
| Φ2.2×(8.0–14.0) | 3.801 | 10–40 | 41–137 | 228–342 |
| Φ2.5×(8.0–14.0) | 4.524 | 10–40 | 49–163 | 271–407 |
| Φ3.0×(8.0–14.0) | 7.065 | 10–40 | 75–235 | 417–588 |
| Φ3.2×(8.0–14.0) | 8.038 | 10–40 | 82–256 | 455–640 |
| Φ3.6×(8.0–14.0) | 10.174 | 10–40 | 105–335 | 583–876 |
| Φ3.8×(8.0–14.0) | 11.335 | 10–40 | 122–408 | 680–1021 |
| Φ4.0×(8.0–14.0) | 12.560 | 10–40 | 140–456 | 778–1176 |
| Φ4.5×(8.0–14.0) | 15.896 | 10–40 | 176–562 | 978–1405 |
| Φ5.0×(8.0–14.0) | 19.625 | 10–40 | 225–692 | 1285–1746 |
The flotation column provides a high-capacity pneumatic flotation solution without an internal mechanical drive. Its large processing capacity, low energy consumption and simplified maintenance make it suitable for mineral processing plants requiring efficient flotation equipment.
FAQQ: What is the main advantage of this flotation cell?
A: Its external air supply supports controlled air input for the flotation process.
Q: Is it suitable for copper ore?
A: Yes. It can be used for copper ore flotation and related mineral beneficiation applications.
Q: Does it use a mechanical impeller?
A: This pneumatic flotation design does not rely on an internal mechanical impeller.
Contact us for flotation column selection for your mineral processing plant.
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