Mineral Jig Concentrator
Capacity: 1-20t/h
Feeding size: 2-18mm
Application: gold, diamond, coltan, tin, tungsten, titanium, manganese, tungsten ore, fluorspar ore, iron ore, chrome ore, etc mineral processing plant.
Overview
Introduction: Jig concentrator (jig separator, jig machine) is a equipment that drives pulses of water upwards through a thick bed of settled sediment to keep it loose and agitated. This achieves gravitational separation by allowing the denser minerals to sink easily and quickly through the lighter minerals.
A typical jig consists of a water-filled tank known as a jig-cell, with a horizontal jig screen (‘mesh’) near the top, upon which sediment is able to settle as the jig bed. Pulses of water are injected from below, through the jig screen. Each pulse causes the jig bed to be watercharged, loose and agitated, permitting denser minerals to fall to the bottom of the jig bed. The jig screen traps gold nuggets, but the smaller gold falls through the jig screen and to the bottom of the hutch (water tank) to accumulate as a concentrate. The concentrate is bled off continuously through a spigot (‘tap’) in the base of the hutch, as shown below:
Advantages of jig separator
- It can be connected with a trommel screen, rotary scrubber, gold sluice box and other equipment to form a small-scale mobile jig plant, used in gold and diamond washing processing plants.
- High recovery rate – recover 0.5% to 30% concentrate, increasing recovery rate.
- Wide feed and particle size recovery – feed size up to 30mm, which reduces the step of prescreening the feed. Improve the potential for gravity recovery and avoid excessive grinding
- High efficiency – It occupies a small area and is simple and convenient to operate. Energy-saving and environmentally friendly mineral processing equipment newly developed and produced in recent years. It has an excellent effect on the beneficaition of various metal and non-metallic minerals.
working principle of jig separator
The selected ore is continuously fed to the sieve plate of the jig chamber to form a thick material layer. The rising water flow is periodically blown through the sieve plate, causing the bed to rise and loosen, and then the water flow descends (or stops rising).
During this process, heavy minerals enter the lower layer and light minerals transfer to the upper layer. It is difficult for materials with low density to enter the lower space through the material layer with high density. Heavy minerals enter the concentrate tank through the screen, and light minerals enter the tailings tank for discharge. The concentrate and tailings are obtained after being discharged separately.
Products display
models & specifications
Model | Jig Area (M2) | Stroke (R/Min) | Feeding size (mm) | Hutch Water ( T/H) | Pressure Water (kg/cm2) | Capacity;(T/H) | Power;(KW) | Overall dimensions (mm) | Weight (T) |
JT0.57-1 | 0.57 | 60-160 | <6 | 1-2 | ≥0.3 | 1-2.5 | 1.5 | 1560x820x1550 | 0.612 |
JT1-1 | 1.04 | 60-160 | <10 | 2-3 | ≥0.3 | 4-10 | 2.2 | 1322x1190x1915 | 0.9 |
JT2-2 | 2.28 | 60-160 | <10 | 2-4 | ≥0.3 | 8-15 | 3 | 3225x1550x2150 | 1.637 |
JT4-2 | 4 | 50-125 | <10 | 4-8 | ≥0.1 | 8-16 | 7.5 | 4240x1990x2750 | 4.6 |
JT4-2A | 4 | 50-125 | <10 | 4-8 | ≥0.1 | 8-16 | 8 | 4240x1990x2750 | 4.6 |
JT5-2 | 4.86 | 80-120 | <10 | 4-10 | ≥0.1 | 10-20 | 7.5 | 3940x2006x2580 | 4.6 |
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