Wet Drum Separators
Wet Drum Separators Wet Drum Separators
  • Description
  • Specifications
  • Working Principle
  • Applicable Industries

Short Description

Innovations in both magnetic circuit design and materials of construction are applied to Taixiong wet drum magnetic separators. This results in maximum magnetite recovery while operating with a minimum amount of wear and maintenance. Refinements in the magnetic circuit, tank design, and drive system have resulted In further improvements in metallurgical performance and operation.

Characteristics
  • Stainless steel encapsulated magnetic element
  • One piece stainless steel drum shell
  • Abrasion–resistant aluminum or stainless steel end flanges
  • Double–row, self–aligning ball bearings easily accessible without drum disassembly
  • Accurate drum positioning at factory eliminates field adjustments
  • Modular tank for easy installation
  • Full width overflow weirs
  • High volume input
  • Low initial cost
  • Now available with high energy rare earth magnets
Service
Testing with your raw material.
Offer the Professional Drawing according to the working environment.

Model

Size

Speedr/min

Magnetic intensity on the roller surface

(mT)

Processing capacity

External dimenseons(mm)A*B*CL1*A1*H

Motor power kw

Weight kg

roller diameter  mm

roller lengt mm

T/h

m³/h

CTB-712

750

1200

35

The magnetic strength should be determined in accordance with the nature of the ore

10-15

30-80

2330*1770*1280

3.0

1850

CTB-718

750

1800

35

20-35

50-120

2930*1770*1280

3.0

2430

CTB-918

900

1800

28

25-40

80-150

3095*1769*1465

4.0

2750

CTB-924

900

2400

28

40-55

120-190

3695*1769*1465

4.0

3650

CTB-1015

1050

1500

21

38-50

110-180

2815*1999*1565

5.5

3120

CTB-1018

1050

1800

21

45-60

130-200

3115*1999*1565

5.5

3600

CTB-1021

1050

2100

21

52-70

150-240

3415*1999*1565

5.5

4200

CTB-1024

1050

2400

21

60-80

160-280

3715*1999*1565

5.5

4800

CTB-1027

1050

2700

21

70-90

180-320

4015*1999*1565

7.5

5500

CTB-1030

1050

3000

21

80-120

240-400

4315*1999*1565

7.5

6260

CTB-1218

1200

1800

19

60-75

160-260

3150*2300*1920

7.5

5850

CTB-1224

1200

2400

19

80-110

240-380

3750*2300*1920

7.5

6970

CTB-1230

1200

3000

19

100-140

260-460

4350*2300*1920

7.5

8500

CTB-1245

1200

4500

19

140-190

380-660

5950*2300*1920

11

12500

CTB-1545

1500

4500

16

160-220

400-690

6050*2700*2300

15

15000

Two basic tank styles are offered. The drum rotates in the same direction as the slurry flow in the concurrent tank style. The slurry enters the feedbox and is channeled underneath the submerged drum. The slurry then flows into the magnetic field generated by the drum. The magnetite is attracted by the magnetic field, collected on the drum surface, and rotated out of the slurry flow. This tank style results in a very clean magnetic product.
The counter–rotation tank style is preferred for heavy media applications. The drum rotates against the slurry flow in the counter–rotation tank style. The slurry enters the feedbox and flows directly into the magnetic field generated by the drum. The magnetite is attracted by the magnetic field, collected on the drum surface, and rotated out of the slurry flow. Any magnetite that is not immediately collected will pass through to a magnetic scavenging zone. The short path that the magnetic material must be conveyed between the feed entry point and the magnetics discharge lip, combined with the magnetic scavenging zone, results in high magnetite recoveries.
  • 标题
  • 标题


  • Improve the quality of concentrate and metal recovery of tailings.
  • Used in magnetic flocculation process to treat domestic or industrial wastewater.


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