JT Sawtooth Wave Jigger

JT Sawtooth Wave Jigger

Jig dressing is one of the main methods of gravity separation, technology feature is selected to sieve plate continuous ore jigging chamber, forming thick material layer. Through the sieve drum into the rising water cycle, the bed layer rises loose, then flow to drop (or stop rising). In this process, the density different particle generation relative transfer, heavy minerals into the lower layer, light material being transferred into the upper layer, respectively, to obtain the concentrate and tailings discharge. This product by the former Ministry of Geology and mineral only designated production enterprise, the implementation of industry standards.

Sawtooth wave jig difference: jig pulsation curves for the sawtooth waveform, speedy upward flowslow downward flow, bed layer is elevated integrally and fall slowly, long effective loose time, can greatly improve the unit screen surface processing capacity, reduce the lower size limit, and save a lot of undersized supplementary water. Compared to industrial test and sine wave jig, squat tooth wave jig of increasing the recovery rate of Sn:3.01%, WO3:5.5%, Pb:1.63%, Zn:2.04%, water consumption reduced 30-75%.

Sawtooth wave jig dressing, in addition to very fine material, almost can handle various size of mineral raw materials. Simple process operation, equipment processing capacity, and can be used in a chosen don't get some final products, therefore, the application in the production of very extensive. For metallic ore, is one of the main methods of processing of coarse, fine iron manganese ore, and is used extensively for separating tin and tungsten ores; jigging method in processing gold, tantalum niobium, titanium, zirconium, chromium primary ore and gravel sorting can also achieve good results.

The ore mineral density difference is to be separated, into the wider scope for selecting degree, containing gold placers, in the feed size less than 25 mm, can not grade selected, recovery limit was 0.05 mm, the general metal ores, graded selected, can effectively improve the sorting index and improve the processing ability of the device.

Technical data

Model JT-0.57 JT1-1 JT2-2 JT3-1 JT4-2 JT5-2/td>
Jigging Chamber Section Form Trapezium Trapezium Rectangle Trapezium Rectangle Trapezium
Length*Width(mm) 450~750×950 450~900×1500 1070×1070 960~2000×1950 1510×1510 1200~2000×3150
Column Number Single Single Single Single Single Single
Jig Chambers(psc) 1 1 2 1 2 2
Single chamber area (㎡) 0.57 1 1.14 3.3 2.43 2.12(single chamber) 2.77(double  chamber)
Total area(㎡) 0.57 1 2.28 3.3 4.86 5
Stroke Coefficient 0.57 0.64 0.45 1 0.58(single power) 0.45(dual power) 0.58(single power) 0.45(dual power)
Max feed size(mm) 6 5 10 <20 8, plus sieve automatic discharge <60 8, plus sieve automatic discharge <60
Capacity(t/h) 1~2.5 2~3 4~8 10~15 12~16 10~20
Water Consumption(m³/h) 1~2 2~3 2~4 3~6 4~8 5~10
Separator Stroke(mm) 12,17,21 12,17,21 12,17,21 10~47 adjustable 10~30 15,20,25
Jig frequency(min-1) 60~156 adjustable 60~156 adjustable 60~156 adjustable 80~100 adjustable 80~120 adjustable 80~120 adjustable
Motor Model YCT 132-4B YCT 100L-6 YCT32-4 YCT-4B YCT 160-4B YCT 200-4A
Power (kw) 1.5 2.2 3 5.5 5.5 (dual power) 7.5 (single power) 5.5 (dual power) 7.5 (single power)
Overall Dimension(Length*Width*Height)mm 1530×780×1550 2060×1112×1890 2870×1520×1880 2662×2000×3030 4240×1990×2750 3940×2006×2580
Weight(kg) 612 989 1637 3260 3500 3854
Notes: The above data is only for your reference, capacity and hutch water varying from ore granularity, ore property and operating condition.