Xinhai sawtooth wave jig uses a tapered slide valve, which reduces the failure rate by 80% and consumes little energy. It can meet the needs of sorting different materials and increase the processing capacity by more than 35%.
【Processing Capacity】:1~25t/h
[Feeding particle size]:<0.6~10mm
【Application Environment】: It is used to separate gold, tin, tungsten, titanium, iron, coal and other minerals, especially in the field of manganese ore beneficiation.
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Click to add WeChatXinhai sawtooth wave jig uses a tapered slide valve, which reduces the failure rate by 80%, has low energy consumption, and can meet the needs of sorting different materials. Increase processing capacity by more than 35%.
The Xinhai jig uses an electromagnetic adjustment motor for dragging so that the stroke frequency can be adjusted steplessly;
The jig can be used to select fine-grained materials or For coarse materials, the upper limit of the feeding particle size is 6 to 8mm;
For individual sand ore dressing plants, the upper limit of the Xinhai jig can reach 12mm;
It has a large processing capacity, a wide selection granularity, and a wide range;
The floor space can be reduced by 1/3 compared with conventional jigs, and the processing capacity per unit area is large.
The working principle of the jig is an energy-saving re-selection equipment developed and improved on the basis of the traditional jig based on the theoretical layering rules of the jig bed. The jig pulsation curve has a sawtooth waveform, making the rising water flow faster than the falling water flow; the rising time is short and the falling time is long, which overcomes the shortcomings of the sine wave pulsating curve jig that the rising and falling water flows have the same action time, and enhances the looseness of the bed. degree, which alleviates the inhalation effect, allows the heavy mineral particles in the mineral to fully settle, and greatly improves the enrichment ratio and recovery rate of the equipment.
Project Parameters Model | Jig Chamber | Diaphragm | Ore feeding particle size(mm) | Amount of water supplied under the screen(m3/ t) | Supply water pressure(MPa) | Processing capacity(t/h) | Motor power(kW) | Overall dimensions(mm) | Weight(kg) | ||
---|---|---|---|---|---|---|---|---|---|---|---|
Shape | Area(m2) | Stroke(mm) | Stroke Time(n/min) | ||||||||
JT-0.57 | Trapezoid | 0.57 | 8.5~12 | 80~180 | <6 | 1 ~2 | > 0.05 | 1.5~3 | 1.5 | 1550X780X1530 | < td>610|
JT1-1 | Trapezoid | 1.04 | 10~17 | <10 | 2~3 | 2.5~5 | 2.2 | 2270X1110X1890 | 900 | ||
JT2-2 | Rectangle | 2.28 | 12~21 | <10 | 2~4 | 5~10 | 3 | 3225X1550X2050 | 1640 | ||
JT3-1 | Trapezoid | 3 | 12~30 | 50~125 | <10 | 3~6 | > 0.05 | 7.5~15 | 5.5 | 2745X2000X3030 | 3085 |
JT4-2(1) | Rectangle | 4 | 25~57 | <25 | 4~8 | 8~20 | 7.5 | 4240X1990X2750 | 3098 | ||
JT4-2A⑵ | < td>Rectangle4 | 25~57 | <25 | 4~8 | 8~ 20 | 4X2 | 4240X1990X2750 | 3500 | |||
JT5-2 | Trapezoid | 4.86 | 12~30 | <10 | 3~6 | 12~25 | 7.5 | 3600X2000X2600 | 4500 |