Concentrate Dewatering Magnetic Separator

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NCTB

Concentrate Dewatering Magnetic Separator

The NCTB concentrate dewatering magnetic separator isprimarily utilized to treat low content slurry by raising its overallconcentration. Through the use of a high frequency sifter, the magnetic separation equipment is able to effectively raisegranular mineral purity for a more efficient tier two grinding performance thatsignificantly reduces production costs.

Our magnetic separator comes with a broad angle design that doubles thepotential separation area and is capable of achieving a 99.5% recovery. The rotary drumof the mineralprocessing equipment is attached with a floating filtrationroller for effective water removal, and can obtain a slurry concentration of upto 68%.

Mineral offloading is achieved through the reversal rotation of the drum. Due to the low grade quality of residualminerals, they are often discarded duringthe ore concentration process.

Additionally, this range of magnetic drum separator is available indrum sizes, and the details are listed in the following table.

Technical Specifications

Model	Drum size (diameter*length )mm	Magnetic intensity mT	Processing Capacity t/h	Motor power kW	Total weight kg
CTB-1015	1050*1500	Chosen according to ore grade	35~65	4	3600
NCTB-1018	1050*1800		40~75	4	5300
NCTB-1021	1050*2100		50~90	5.5	6900
NCTB-1024	1050*2400		60~100	5.5	8000
NCTB-1030	1050*3000		90~105	7.5	9500
NCTB-1218	1200*1800		70~90	7.5	6500
NCTB-1224	1200*2400		90~100	111	8700
NCTB-1230	1200*3000		100~160	11	10500
NCTB-1240	1200*4000		180~200	11	12000
NCTB-1530	1500*3000		140~190	11	13500
NCTB-1540	1500*4000		170~240	11	15000

	Concentrate Dewatering Magnetic Separator - Huate
Keywords	Concentrate dewatering magnetic separator, magnetic separation equipment, magnetic drum separator, mineral processing equipment supplier
Description	Welcome to the home of magnetic separators. This series of magnetic drum separator is mainly used to improve the concentration of low content ore slurry by metal separation and dewatering processes.