Mineral Technology Consultation/Technique Of Preparing/Jig

Specifications

JT,Gravity Jig
Ore dressing by Gravity Jig is considered as one of the major means for gravity beneficiation with the process c

 

Sawtooth-wave Jig is a new type of energy conservation and highly efficient gravity separation equipment and developed based on the traditional Sine Wave Jig. The difference between Sawtooth .Wave Jig and Sine Wave Jig is that the pulsation curve for jigging is of sawtooth 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 serene surface, decrease of lower limit of grain size recovery and large save of make-up water for undersize fraction. Industrial tests carried out of Sawtooth Wave Jig and Sine Wave Jig for comparison showed that the recovery rate for operation of Sawtooth Wave Jig is raised by Sn:3.01%,Pb:1.63%,Xn:2.04% with water consumption being decreased by 30-75%.

Ore dressing by Sawtooth Wave Jig is capable of handling almost full sizes of mineral materials other than very fine material. It features simple process operation, heavy duty equipment handling capacity with final products being obtained through one time separation. Therefore, it has found a wide application in production. It is regarded as one of major means to cope with metallic ores such as iron and manganese ores of coarse, moderate and fine sizes and has found significant use in beneficiating tin and tungsten ores. Moreover, Jigging Method also can achieve a good result in processing primary ores bearing gold, tantalum niobium, titanium, zirconium and chrome and sand stones.

More density minerals to be separated in ores have, wider range the feed sizes have. For gold bearing placer, when feed grain size is less than 25 mm, separation may be carried out without size classification with the lower limit of recovery up to 0.05 mm. For ordinary metallic ores, size classified separation is conducted to effectively improve indexes for separation and to enhance handling capability for the equipment.

Model	Area	Stroke	Times of stroke	Feed Size	Capacity	water	Power	Overall dimensions	Weight
		mm	r/min	mm	t/h	m3/h	kw	mm	t
JT2-2	2.28	12-17	80-180	<10	4-8	1-3	2	3220/1550/2050	1.6
JT3-1	3.3		80-120	<10	6-10	1-3	5.5	3180/2000/3030	3.26
JT4-2	4.33	6.5-25	80-120	<30	10-15	1-2	7.5	3600/1850/2600	4.6
JT5-2	4.86	15-25	80-120	<10	10-20	1-2	7.5	3600/2000/2600	4.8
DYTA7750-3	9.9	20-30	0-90	<25	50-75	2-5	5.5	7750/3060/2700	6
DYTA7750-4	13.2	20-30	0-90	<25	66-100	2-5	7.5	7750/3060/2700	7.5
DYTA7750-6	19.8	20-30	0-90	<25	100-150	2-5	7.5	7750/3060/2700	12.5
DYTA7750-8	26.4	20-30	0-90	<25	132-197	2-5	11	7750/3060/2700	16
DYTA7750-9	29.7	20-30	0-90	<25	150-220	2-5	11	7750/3060/2700	17.5
DYTA7750-12	39.6	20-30	0-90	<25	220-300	2-5	15	7750/3060/2700	21
LTA1010/2	4	0-26	250-350	1-5	2-20	1-2	2.2	3200/17002600	1.6
300/450 diaphragm	2.7	0-26	320	12	3-6	2-3	1.1	1230/1270/1750	0.74
370/360 diaphragm	2.75	5-25	2-5	6	1-3	2-3	1.1	1000/600/1600	0.24