Application
The Three-Chamber Jig Machine is a gravity separation equipment designed to separate heavy materials from lighter particles based on density differences. Its three-chamber structure provides a larger separation area and supportscontinuous, higher-capacity processing. It is suitable for mineral processing, metal recovery, construction material, coal, and incineration bottom ash (IBA) recycling.
Principle
The Three-Chamber Jig Machine separates materials according to differences in density through controlled pulsating water flow.
Material enters the first jigging chamber and is repeatedly lifted and settled by the pulsating water. Heavy particles gradually move toward the lower layer, while lighter particles remain in the upper layer.
The material then passes through the subsequent jigging chambers for further stratification and concentration. The multi-stage separation process allows heavy valuable particles to be progressively concentrated before discharge.
Feature
● Three Independent Jigging Chambers
Three chambers provide multiple separation zones, allowing materials to undergo continuous gravity separation through different stages.
● Larger Separation Capacity
The multi-chamber configuration provides a larger effective separation area for higher-capacity processing.
● Adjustable Pulsation
Each jigging section can be configured according to material characteristics and separation requirements.
● Effective Fine-Particle Recovery
The pulsating water flow helps recover valuable heavy particles from fine-grained material streams.
● Continuous Material Processing
Designed for continuous feeding, stratification, concentration, and discharge in industrial processing lines.
Structure
The machine consists of three interconnected jigging chambers, with each chamber providing a separate separation zone.
Main components include:
The three-chamber configuration provides a larger overall separation area than a single-chamber design, making it suitable for higher-capacity processing lines.
Technical Parameter
Model | Jigging Chamber | Feed Particle Size （mm） | Supply Water Under Screen () | Supply Water Pressure Under Screen (Mpa) | Processing Capacity (t/h) | Power (kw) | Dimensions (L*W*H) (mm) | Weight (kg) |
Shape | Area () |
JTY63 | Trapezia | 6.75 | ＜15 | 3~6 | ≥0.1 | 40~70 | 5.5X2,7.5X1 | 5560x1885x2650 | 5916 |
JTY82 | Trapezia | 8 | ＜15 | 60~90 | 11x2 | 5200x2400x3250 | 8365 |
Comparison
| Single Chamber Jig | Three-Chamber Jig |
| Single Chamber Jig Machine | Three-Chamber Jig Machine |
| Compact design | Multi-chamber design |
| Space-saving | Larger separation area |
| Small & medium production lines | Higher-capacity production lines |
| Simple gravity separation | Multi-stage gravity separation |
| Limited installation space | Continuous high-capacity processing |
