CTB Series Permanent Magnetic Drum Separator

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CTB Series Permanent Magnetic Drum Separator

Feeding Size: ≤10mm
Processing Capacity: 24-160t/h

Applicable materials: Permanent magnet drum magnetic separator is suitable for wet magnetic separation of ferrimagnetic materials such as magnetite, roasted ore, ilmenite, or iron removal of non-metallic ores.

PRODUCT INTRODUCTION

Permanent magnetic drum magnetic separator is a kind of magnetic separation equipment commonly used in the separation of strong magnetic minerals. It is suitable for wet magnetic separation of metal ores with a particle size below 3mm. The screening effect is remarkable and the operation is reliable. It is very popular in the wet mineral processing industry.

Scope of application: Permanent magnet drum magnetic separator is widely used in the separation of strong magnetic minerals in metallurgy, mining, building materials, mineral processing and other fields.
Internal Structure: Mainly composed of permanent magnet roller, transmission device, slot body, magnetic adjustment device, giving ore box, concentrate box, slip -stream slot and tailings regulatory valve.

Advantages

1、Strong magnetic sense and easy operation: The magnetic system is made of high-quality ferrite material or compounded with rare earth magnetic steel, and the demagnetization rate does not exceed 5% in 8 years; there are silt discharge devices on both sides of the tank, which effectively reduces labor input.
2、Excellent material selection and high taste: The surface of the cylinder and the magnetic system materials are well-selected, which can remove waste rocks to a large extent, improve the grade of ore, and effectively reduce the load of the next process.
3、Strong adaptability: The same cylinder can be equipped with three different types of tanks (such as semi-counter-flow tank, counter-flow tank, and downstream tank), which can be widely used in various mineral processing scenarios, adapt to different separation processes and ore particle size requirements, and obtain high grade and Superior beneficiation index with high recovery rate.
4、Good screening effect: The magnetic system is designed with the characteristics of gradual field strength, so that the magnetic particles experience a magnetic field gradient change from weak to strong and then weak when passing through the magnetic field, which helps to improve the sorting efficiency; and the magnetic system has a large wrap angle, which can effectively increase the separation efficiency. Select the band length and the number of magnetic flips to achieve efficient separation of magnetic minerals and non-(weak) magnetic minerals.

WORKING PRINCIPLE

The slurry enters the groove body from the feed warehouse, and magnetic selection cylindrical motion is performed under the drive of the power system, the magnetic roller is installed with a magnetic system,the magnetic mineral in the pulp will be adsorbed on the surface of the cylinder under the action of magnetic force, with the roller's circular motion, when exercise to a non -magnetic zone, exercise to the outlet port under the dual action of gravity and centrifugal force, with the enrichment of concentrates, it will precipitate in the mining area to complete the entire magnetic selection process.

PRODUCT PHOTOS

TECHNICAL SPECIFICATIONS

Model	Cylinder diameter (mm)	Cylinder length (mm)	Cylinder field strength (mT)	Cylinder Rotating speed (r/min)	Dry ore capacity (t/h)	Feed size (mm)	Pulp concentration (%)	Motor power (kw)	Total weight (t)	lengthwidthheight (mm)
CTBY1018	1000	1800	350-550	23	42-65	0-10	20-50	5.5	5.2	316022501750
CTBY1024	1000	2400	350-550	23	53-86	0-10	20-50	7.5	6.4	379022501750
CTBY1030	1000	3000	350-550	23	82-124	0-10	20-50	7.5	7.1	446022501750
CTBY1218	1200	1800	350-550	20	58-97	0-10	20-50	7.5	6.7	338024602000
CTBY1224	1200	2400	350-550	20	71-120	0-10	20-50	11	7.2	419024602000
CTBY1230	1200	3000	350-550	20	103-158	0-10	20-50	11	8.9	477024602000

Model	Cylinder diameter (mm)	Cylinder length (mm)	Cylinder field strength (mT)	Cylinder Rotating speed (r/min)	Dry ore capacity (t/h)	Feed size (mm)	Pulp concentration (%)	Motor power (kw)	Total weight (t)	lengthwidthheight (mm)
CTBC1018	1000	1800	300-500	23	36-54	0-4	20-50	5.5	5.2	316022501750
CTBC1024	1000	2400	300-500	23	44-75	0-4	20-50	7.5	6.4	379022501750
CTBC1030	1000	3000	300-500	23	66-103	0-4	20-50	7.5	7.1	446022501750
CTBC1218	1200	1800	300-500	20	47-82	0-4	20-50	7.5	6.7	338024602000
CTBC1224	1200	2400	300-500	20	62-105	0-4	20-50	11	7.2	419024602000
CTBC1230	1200	3000	300-500	20	83-129	0-4	20-50	11	8.9	477024602000

Model	Cylinder diameter (mm)	Cylinder length (mm)	Cylinder field strength (mT)	Cylinder Rotating speed (r/min)	Dry ore capacity (t/h)	Feed size (mm)	Pulp concentration (%)	Motor power (kw)	Total weight (t)	lengthwidthheight (mm)
CTBJ1018	1000	1800	200-300	23	24-36	0-2	20-50	5.5	5.2	316022501750
CTBJ1024	1000	2400	200-300	23	33-56	0-2	20-50	7.5	6.4	379022501750
CTBJ1030	1000	3000	200-300	23	46-72	0-2	20-50	7.5	7.1	446022501750
CTBJ1218	1200	1800	200-300	20	35-45	0-2	20-50	7.5	6.7	338024602000
CTBJ1224	1200	2400	200-300	20	43-77	0-2	20-50	11	7.2	419024602000
CTBJ1230	1200	3000	200-300	20	54-86	0-2	20-50	11	8.9	477024602000

Model	Cylinder diameter (mm)	Cylinder length (mm)	Cylinder field strength (mT)	Cylinder Rotating speed (r/min)	Dry ore capacity (t/h)	Feed size (mm)	Pulp concentration (%)	Motor power (kw)	Total weight (t)	lengthwidthheight (mm)
CTBN1018	1000	1800	260-450	23	35-68	0-4	20-50	5.5	5.2	316022501750
CTBN1024	1000	2400	260-450	23	46-86	0-4	20-50	7.5	6.4	379022501750
CTBN1030	1000	3000	260-450	23	67-126	0-4	20-50	7.5	7.1	446022501750
CTBN1218	1200	1800	260-450	20	52-90	0-4	20-50	7.5	6.7	338024602000
CTBN1224	1200	2400	260-450	20	77-126	0-4	20-50	11	7.2	419024602000
CTBN1230	1200	3000	260-450	20	90-160	0-4	20-50	11	8.9	477024602000