Durable Jig Separator for Large Scale Mining Projects

• Customization: Available
• Type: Gravity Separator
• Voltage: 380V
• Model NO.: JXSC
• Weight: 5T
• Material: Casting Steel
• Material Feature: Oil Resistant
• Certification: CE
• Energy Saving: Energy Saving
• Warranty: 1 Year
• Color: Multi Color
• Customized: Customized
• Condition: New
• After-sales Service: Provided
• Tin Separation Jig Area: 0.57-4.86m2
• Tin Separating Machine Feeding Size: <20mm
• Tin Separating Jig Processing Capacity: 1-20t/H
• Tin Separation Mineral Jig Models: Jt0.57-1, Jt1-1, Jt2-2, Jt4-2, Jt5-2
• Tin Separating Table Power Supply: 380V, 3 Phase, 50Hz
• Jig Concentrator Application: Mining Gold, Tin, Tungsten, Wolfram, Coltan
• Transport Package: Bulk Packing Load in Container
• Specification: SGS, BV, TUV
• Trademark: JXSC
• Origin: Ganzhou, Jiangxi
• HS Code: 84741000
• Production Capacity: 100 Sets Each Month
• Package Size: 200.00cm * 200.00cm * 150.00cm
• Package Gross Weight: 1000.000kg

Product Description

Jig Separator

Brief Introduction of jig separator

JXSC jig concentration machine is energy-saving gravity separation equipment, which is developed according to the law of layer theory of jigger bed stratification. The performance of saw-tooth Jig has reached the domestic advanced level, the jig separator is one of the ideal devices in energy-saving gravity separation.

When processing the open-pit mines, the saw-tooth wave jigger is a key machine with the principle of gravity separation. Its pulse curve is like saw-tooth waveform to make rising water faster than the dropping water; enhanced the loose of bed, eased the inhaled role, so that heavy particles in the mineral can fully settlement, greatly improving the sorting capacity and recovery rate of equipment.

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.

Technical Data

Model	Jigging Chamber Area	Stroke	Jig Frequency	Feeding Size (mm)	Back Wash Water (m^3/h)	Process Capacity (T/h)	Motor Power (KW)	Dimension (mm)	Weith (Ton)
JT0.57-1	0.57	10-17	80-120	<10	18-20	1-3	1.5	1550×780×1530	0.6
JT1-1	1.1				20-30	2-5	2.2	2270×1110×1890	0.9
JT2-2	2.3		60-100	<25	40-50	4-8	3	290×1550×2000	1.4
JT4-2	4.5	20-30			80-100	10-15	7.5	3900×2000×2460	3.2
JT4-2A	4.5				80-100	10-15	4*2pcs	3900×2000×2460	4
JT5-2	5				80-100	10-20	7.5	4000×2050×2660	3.2
JT6-3	6.8				120-150	20-25	7.5+4	5400×2000×2460	5

Successful Cases

100TPH Coltan Mining Project in Nigeria

Order Date: 2018
Project Site: 
Capacity: 100 Tons Per HourComplete Coltan Mining Equipment: Feeder>-Trommel Scrubber>-belt Conveyor>-Jig Separator>-High Frequency Vibration Screen>-Shaking
Table>-Slurry Pump

JXSC Designed flowchart for Nigeria Coltan Mining Project

Packaging & Shipping

After Sales Service

Company Profile