• Model NO.：High Efficiency Improved Thickener

Basic Info.

Model NO. High Efficiency Improved Thickener

Product Description

High Efficiency Improved Thickener

[Introduction] New technology is adopted in high-efficiency thickener for flocculant addition, ore feeding, automatic control and internal structure. Compared with commen thickener, high efficiency improved thickener has the advantages of large production capacity, small transmission power, compact structure and small area.

[Capability] 5-1400t/d

[Application] It is suitable for mines with large capacity and low product concentration, mainly used for concentrate concentration and tailings dewatering in concentrators, and also widely used for concentration and purification of solid granular liquids in chemical industry, building materials, water source and sewage treatment industry.

[Improvement] After improvement, the treatment capacity is high, the overflow turbidity is low, and the discharge concentration is high.
 

Advantages

1. Increasing the degassing tank can eliminate the solid particles adhering to the bubbles.
2. The feeding pipe is located below the liquid level to prevent the gas from entering the ore.
3. The feeding sleeve is moved down and a feeding tray is set up. The feeding is uniform and the falling is stable, which effectively prevents the overturning phenomenon caused by the rock pressure.
4. Increase the inner overflow weir, make the material flow according to the regulations, prevent short-circuit phenomenon, and increase the area of sedimentation zone.
5. The overflow weir is serrated, which can improve the local suction phenomenon caused by the uneven overflow weir.
6. The traditional inner overflow weir is replaced by the outer overflow weir, which increases the settlement area.
7. Equipped with a slow-flow device to slow down the rising speed of material flow, make overflow water more uniform and turbidity lower.

Structure

The highly efficient improved thickener mainly consists of a circular concentrator and a rake mud scraper. The solid particles suspended in the slurry settle under the action of gravity in the concentrator, and the upper slurry becomes clarified water, which separates the solid from the liquid. The sludge deposited at the bottom of the concentrator is continuously scraped and collected by the rake mud scraper and discharged from the central outlet of the bottom of the pond, while the clarified water overflows from the upper part of the thickener.

Technical Parameter

Model	Diameter mm	Depth mm	Area m2	Capacity tpd	Motor	Power kw	Weight kw
NJG-2.5	2500	1850	4.9	5-22.4	Y90L-6	1.1	2225
NJG -3A	3000	1800	7	5-23.3	Y100L-6	1.5	3168
NJG -3	3600	1800	10.2	5-28.5	Y100L-6	1.5	3680
NJG -5	5000	2956	16	16-90	Y90L-4	1.5	7908
NJG -6	6000	2956	28.3	98	Y90L-4	1.5	8772
NJG -7	7000	3000	38.5	140	Y112M-6	2.2	13862
NJG -8	8000	3318	50.2	185	Y132S-6	3	19158
NJG -9	9000	3376	63	210	Y132S-6	3	21733
NJG -12	12000	3600	113	370	Y132S-6	3	34823
NJG -15	15000	3600	176	580	Y132S-4	5.5	54315
NJG -18	18000	4400	255	960	YCT200-4B	7.5	73588
NJG -20	20000	4400	315	1400	YCT200-4B	7.5	76312