Coltan And Tantalum Ore Jig Separator Machine Beneficiation Equipment

Coltan and Tantalum ore jig separator

1.Product Introduction Jigger machine

Coltan (short for columbite-tantalite) is a metallic ore from which the elements niobium and tantalum are extracted. Tantalum is a critical raw material for high-performance capacitors used in smartphones, laptops, aerospace, and medical devices due to its high melting point, extreme corrosion resistance, and excellent capacitive properties.

2.Application Jigger machine

The Jig Separator is a core component in Coltan and tantalum beneficiation circuits, primarily used in the following scenarios:

• Alluvial Deposit Processing: Specially suited for recovering naturally high-density tantalite particles from riverbed sediments.

• Hard-Rock Ore Pre-concentration: Following crushing and grinding, it provides preliminary enrichment for ores with particle sizes ranging from 0–50mm, improving the efficiency of downstream processes like shaking tables and magnetic separation.

• Polymetallic Mineral Sorting: Capable of processing mixed ores containing heavy minerals such as tungsten, tin, gold, titanium, and niobium, enabling the simultaneous recovery of multiple valuable metals.

• Industrial-Scale Beneficiation Plants: Acts as a key link in large-scale tantalum-niobium plants, working in tandem with vibrating screens, shaking tables, and magnetic separators.

3.Working Principle Jigger machine

The core principle of a Jig Separator is stratification by density. The process unfolds as follows:

1. Feeding: Crushed Coltan ore is mixed with water to form a slurry, which enters the jig’s sorting chamber uniformly.

2. Pulsating Water Flow: The equipment generates an asymmetric vertical pulsating water flow (such as a sawtooth wave) through mechanical or pneumatic means. This involves a rapid upward stroke and a slower, longer downward stroke.

3. Stratification Effect: Under the influence of the pulsating water, high-density tantalite particles (density approx6.5–8.5 g/cm³) settle quickly and accumulate at the bottom of the bed. Low-density gangue (such as quartz, density approx 2.6 g/cm³) is lifted by the water to the upper layer.

4. Discharge: The high-density concentrate at the bottom is discharged through a concentrate port, while the light tailings at the top exit via an overflow weir.

5. Technical Highlight: Advanced jigs (such as the LTA series) utilize conical diaphragms and multi-chamber designs to enhance water penetration, significantly improving the recovery rate of fine-grained minerals.

4.Advantages Jigger machine

In Coltan and tantalum processing, Jig Separators offer several distinct benefits:

• High Recovery & Enrichment Ratio: For minerals with significant density differences, recovery rates can exceed 95%, significantly boosting concentrate grade.

• Energy Efficient & Eco-friendly: Operates using only water and electricity without chemical reagents. Modern jigs can save 30–40% more water than traditional designs.

• High Adaptability: Capable of handling a wide particle size range (0–50mm) without the need for strict pre-grading, simplifying the workflow.

• Low Operating Costs: Features a simple structure that is easy to maintain with low energy consumption, making it ideal for small-to-medium mines.

• Scalability: Equipment is available for everything from laboratory testing (<10kg/h) to industrial-scale units (>100t/h), allowing for easy process scale-up.

• Enhanced Downstream Efficiency: As a pre-concentration tool, it drastically reduces the volume of material entering shaking tables or magnetic separators, lowering overall operational costs.

5.Technical Specifications Jigger machine

6.Our Solutions