China Wolfram Jig Separator for Alluvial Wolfram Separating Plant

Wolfram jig separator Introduction

Jig is a new type of energy saving and high efficient gravity separation equipment and developed based on the traditional Sine Wave Gold jigger. The difference between Saw-tooth Wave Ladder Gold jigger and Sine Wave Gold jigger is that the pulsation curve for gold jigging is saw-tooth wave shape, with speedy upward flow and slow downward flow. Bed layer is elevated integrally and slowly dropped with a long effective loose time, allowing significant increase of handling capacity for unit screen surface, decrease of lower limit of grain size recovery and large save of make-up water for undersize fraction.

Wolfram jig separator Application

Jig is widely used in gravity concentration of tin, tungsten, placer gold, hematite ore, manganese, titanium, antimony, lead, tantalum, niobium and other minerals, and also is capable of handling almost full sizes of mineral materials other than very fine gold material.

Industrial tests carried Saw-tooth Wave Ladder Gold jigger and Sine Wave Gold jigger for comparison showed that the recovery rate for operation of Saw-tooth Wave Ladder Gold jigger is raised by Sn:3.01%, W:5.5%, Pb:1.63%, Zn:2.04%; The water consumption reduces 30%-40% than traditional Gold jigger. The area reduces 1/3 and the stroke may adjust also.

Wolfram jig separator Features

1. large handling capacity

2. suitable for roughing and desliming

3. easy install, operation & maintenance

4. wide range of sorting particle size

5. strong adaptability to selected materials

6. good separation effects of medium and fine grains

7. water saving, fewer 30-40% than the ordinary one

8. the pulsation speed is very easy be adjusted by regulator

9. fabricated with highest quality material, high recovery and efficiency

10. the pulsation curve is saw tooth wave shape facilitate heavy mineral to settling

Walfram Jig separator Working Principle

Jigs are a kind of energy saving gravity equipment development and improved on the basis of traditional jigs according to the the oretic layering law of jig beds. Their jigging pulsation curves take the shape of sawtooth waveform which gets the ascending water to travel more rapidly than the descending water. The ascending time is short while the descending time is long. The problem that the ascending descending water flow and action time produced by sine wave and pulsation wave are the same is solved. The looseness of bed is strengthened and suction function is alleviated so that the heavy ore grains in the minerals are able to precipitate fully and the sorting ratio ability and recovery rate of equipment are largely improved.

Technical Parameters

Model

Area jig

Stroke

Stroke

Feed size

Hutch water

Pressute water

Capacity

Power

Overrall dimensions

Weight

m2

mm

r/min

mm

kg/cm2

kg/cm2

t/h

kw

mm

t

JT0.57-1

0.57

8.5-12 (M12)
10-17 (M17)

60-160

< 6

1-2

≥ 0.3

1-2.5

1.5

1560x 820
x 1550

0.612

JT1-1

1.04

< 10

2-3

4-10

2.2

1322x 1190
x 1915

0.9

JT2-2

2.28

8.5-12 (M12)
10-17 (M17)

60-160

< 10

2-4

≥ 0.3

8-15

3

3225x 1550
x 2150

1.637

JT3-1

3.3

10-47

80-110

< 20

3-6

≥ 0.1

10-15

5.5

2662x 2000
x 3030

3.26

JT4-2

4

7-30

50-125

< 10

4-8

≥ 0.1

8-16

7.5

4240x 1990
x 5750

4.6

JT4-2A

4

7-30

50-125

< 10

4-8

≥ 0.1

8-16

4

4240x 1990
x 2750

4.6

JT5-2

4.86

15-25

80-120

< 10

4-10

≥ 0.1

10-20

7.5

3940x 2006
x 2580

4.8