

|
High-Efficiency Coal Slime Water Concentration Hydrocyclone | Ideal for Slurry Thickening and Concentrate Recovery
Coal slime water concentration hydrocyclone is a high-efficiency slurry thickening and classification equipment specifically designed to increase slurry density and concentrate recovery. It is widely used in coal preparation plants for coarse slime recovery, pre-thickening before flotation, pre-classification before coarse slime separation, pre-classification before dewatering, and desliming of flotation feed. This hydrocyclone features high concentration ratio, high underflow density, and easy integration with TBS, sieve bends, high-frequency screens, and other dewatering equipment, making it an ideal choice for slurry thickening and classification.
High Concentration Ratio: Effectively increases slurry density for subsequent processes.
High Underflow Density: Produces high-density underflow for efficient dewatering.
High Classification Precision: Achieves accurate classification of coarse slime.
Wide Application Range: Suitable for coarse slime recovery, flotation pre-thickening, pre-dewatering classification, etc.
Easy System Integration: Seamlessly combines with TBS, sieve bends, high-frequency screens.
Wear-Resistant Structure: Made of wear-resistant materials for long service life and low maintenance.
Large Processing Capacity: Single unit handles large volumes, meeting high production demands.
| Parameter | Details |
|---|---|
| Product Type | Coal Slime Water Concentration Hydrocyclone |
| Main Applications | Slurry thickening, classification, coarse slime recovery |
| Diameter Options | Customizable (e.g., 350mm, 500mm, 660mm) |
| Feed Density | Adjustable for different conditions |
| Underflow Density | ≥ 50% (depending on material characteristics) |
| Cut Size | Adjustable, typically 0.15-0.5mm |
| Capacity | Customized based on model and conditions |
| Material | Wear-resistant cast iron / ceramic lining / polyurethane |
| Compatible Equipment | TBS, sieve bends, high-frequency screens, cyclone clusters |
Coarse Slime Recovery in Coal Preparation Plants: Efficiently recover coarse slime from slime water.
Pre-thickening Before Flotation: Increase flotation feed density for better efficiency and recovery.
Pre-classification Before Coarse Slime Separation: Provide proper feed size for TBS and other equipment.
Pre-classification Before Dewatering: Pre-thicken for sieve bends and high-frequency screens.
Desliming of Slime Water: Remove coarse particles to protect downstream equipment.
The coal slime water concentration hydrocyclone operates on the principle of centrifugal sedimentation. Slurry enters tangentially under pressure, creating centrifugal force that drives coarse (or high-density) particles to the wall. These particles move downward along the cone and discharge through the underflow. Fine (or low-density) particles move toward the center and exit through the overflow, achieving slurry thickening and classification.
Professional Design: Optimized structure based on fluid dynamics for optimal separation.
Quality Materials: High wear-resistant materials for extended equipment life.
Custom Solutions: Tailored to your specific operating conditions.
Proven Experience: Successfully applied in coal preparation plants worldwide.
Technical Support: Full support from selection to installation and commissioning.
Coal slime water concentration hydrocyclone is often combined with:
Concentration Cyclone + TBS: Provides proper feed for TBS, enhancing coarse slime separation.
Concentration Cyclone + Sieve Bend: Pre-thickens before sieve bend dewatering.
Concentration Cyclone + High-Frequency Screen: Concentrates before high-frequency screen dewatering.
Cyclone Cluster Parallel Operation: Multiple units in parallel for high capacity.
Q: What particle size can the concentration cyclone handle?
A: Typically suitable for coarse slime above 0.15mm. Cut size can be adjusted by optimizing cyclone parameters.
Q: What underflow density can be achieved?
A: Depending on material characteristics and process requirements, underflow density typically reaches above 50%, and can exceed 60% in optimal conditions.
Q: How to combine with TBS?
A: The concentration cyclone serves as a pre-stage for TBS, providing stable density and proper size feed, thereby enhancing TBS separation efficiency and precision.
Q: How wear-resistant is the equipment?
A: We offer various wear-resistant options including cast iron, ceramic lining, and polyurethane, selectable based on material abrasiveness.