Hydrocyclone Separator for Gold, Copper, Silver, Graphite - China Suppliers & Factory
Structure
Applications
- 1. Closed circuit grinding.
- 2. Mineral Classification.
- 3. Concentrate or Tailings Thickening,Dewatering.
- 4. Tailings damming and filling.
- 5. Without motion and power unit,it needs to match with relevant slurry pump.
- 6. Hydro Cyclone Separator is mainly used in ore dressing industry for classifying, sorting, thickening and desliming.
Advantages
- 1. Automatic control can be adopted.
- 2. Large processing capacity and low operation cost.
- 3. Simple structure, easy to install and operate.
- 4. Small size, small footprint, easy to transport.
- 5. High grading efficiency (up to 80% ~ 90%) and fine grading granularity.
- 6. Multiple sets can be used in parallel or in series to improve the classification efficiency and processing capacity.
- 7. Using polyurethane wear-resistant material, the service life is greatly improved.
Product Display
Frequently Asked Questions
A hydro cyclone utilizes centrifugal force generated by tangential feed pressure to separate solid particles from liquid. Heavy or large particles are thrown outwards against the wall and discharge from the bottom underflow, while light or fine particles move inward and upward, discharging from the top overflow.
They are widely used in closed-circuit grinding, mineral classification, concentrate or tailings thickening and dewatering, tailings damming/filling, and desliming processes in the ore dressing industry.
Smaller diameter cyclones require higher operating pressure and are suitable for fine particle separation with low processing capacity. Larger diameter cyclones operate at lower pressure and are designed for high-capacity, coarser separation.
High-quality polyurethane wear-resistant material is commonly used for the lining, which significantly improves the service life and durability of the cyclone under abrasive conditions.
Yes, multiple sets of hydro cyclones can be connected in parallel or in series to scale up the processing capacity and drastically improve overall classification efficiency.
