Jig

Introduction
Jig concentrators are devices mainly used in the mining industry for mineral processing, to separate particles within the ore body, based on their specific gravity (relative density). The particles should be in similar size. And Jig is mainly used to handle placer gold, tungsten, tin, hematite and beach placer.

Features
Sawtooth wave jig is revised and manufactured, based on the stratified theory and the adequate analysis of other conventional jigs. The jigging pulsation curve----produced by sawtooth wave jig----is in the shape of sawtooth wave which makes upward water flow quicker than downward water flow.
The feature that upward time is shorter than downward time solves the problem that time and action of upward/downward water flows. This breakthrough dramatically amplifies the loose degree and mitigates suction action, which facilitates precipitation of coarse ores and improves ore recovery rate.

Application
Jig is mainly used to handle placer gold, tungsten, tin, hematite and beach placer.

Working principle
The particles are introduced to the jig bed (usually a screen) where they are thrust upward by a pulsing water column or body, resulting in the particles being suspended within the water. As the pulse dissipates, the water level returns to its lower starting position and the particles once again settle on the jig bed. As the particles are exposed to gravitational energy whilst in suspension within the water, those with a higher specific gravity (density) settle faster than those with a lower count, resulting in a concentration of material with higher density at the bottom, on the jig bed. The particles are now concentrated according to density and can be extracted from the jig bed separately.

Technical parameters

Type Model Length×width(mm) Jigging
chamber area(m2) The number of general jigging
chamber General
area
of jigging
chamber
(m2) Stroke
coefficient
Lateral driven LTP-34/2 450×300 0.135 2 0.27 0.58
Bottom driven LTA-55/2 500×500 0.25 0.5 0.5
LTA-1010/2 1000×1000 1 2
Re-vibrating
Side driven LTC-69/2 900×600 0.54 1.08 0.56
2LTC-79/4 900×700 0.63 4 2.52 0.48
2LTC-912/4 1200×900 1.08 4.32 0.49
2LTC-366/8T 600×(300～600) 0.2～0.34 8 2.16 0.68～0.40
2LTC-6109/8T 900×(600～1000) 0.58～0.86 5.76 0.52～0.35


Type Model Diaphragm
stroke Diaphragm The
maximum
Feed
size(mm) Processing
capacity (t/h ) Water
consumption(t/h) Motor
power(kw) Weight(kg)
Lateral driven LTP-34/2 0～25 320; 420 12 2～6 4～10 1.1 750
Bottom driven LTA-55/2 0～26 250;300;350 5 1～5 4～20 1047
LTA-1010/2 0～25 250;300;350 5～15 20～60 22 1516
Re-vibrating 0～5 400～750 2～10 4～5 40～45 1.7 1620
Side driven LTC-69/2 0～50 220～350 12 6～9 40～60 15 1420
2LTC-79/4 160～250 5～15 20～90 22 2450
2LTC-912/4 160-250 7～25 60～120 3 3500
2LTC-366/8T 120～300 5 3～6 20～40 1.1×2 1600
2LTC-6109/8T 10～20 80～120 2.2×2 4650
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