Hydrocyclone


Hydrocyclone is a continuously device that utilizes centrifugal force to accelerate the settling rate of particles. GTEK FX Series Hydrocyclones have a metal shell and optional lining of ceramic and rubber.

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Description

Hydrocyclone is a continuously device that utilizes centrifugal force to accelerate the settling rate of particles. GTEK FX Series Hydrocyclones have a metal shell and optional lining of ceramic and rubber.

GTEK ceramic lined hydrocyclones are specifically designed for highly abrasive processes where the chemistry is not suitable for rubber linersGTEK ceramic hydrocyclone can be used for classification in mineral processing and has proven to be a very economical means of classification, especially in closed circuit grinding operation. GTEK ceramic hydrocyclone be applied to dewatering and desliming mineral sands, bauxite ore, phosphate rock, concrete sands, and coal washery fines in mineral processing circuit.

Hydrocyclone Cluster

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Working Principle

During operation, the slurry feed enters the cyclone under pressure through the feed pipe into the top of the cylindrical feed chamber. As the feed enters the chamber, as result of the high centrifugal forces, the particles migrate downward in a spiral pattern through the cylindrical section and into the conical section. At this point the finer particles migrate toward the center and spiral upward and out through the vortex finder, discharging through the overflow pipe. The coarse particles remain in a downward spiral path along the walls of the conical section and gradually exit through the apex orifice.

Features

1. Wear resistance rubber liner manufactured from superior natural rubber;

2.Wear resistance liner manufactured from high alumina oxide or reaction boned silicon carbide for some models

3. Delivery maximum efficiency, maximum capacity due to scrolled evolute inlet design

4. Lower cyclone operating costs,longer wear Life;

5. Maximum separation efficiency, maximum hydraulic capacity;

6. Easier installation and maintenance;

7. Ceramics are available for lower cones and spigots.


Model

Interior

Dia

(mm)

Cone

Angle

Overflow

Diameter

(mm)

Feed

Size

(mm)

Inlet

Pressure

(Mpa)

Process

Capacity

(m3/h)

Range

(um)

Dimensions

(L*W*H)(mm)

FX660

660

20

180-240

16

0.03-0.2

250-350

74-220

1250

890

2650

FX500

500

20

130-200

10

0.03-0.3

140-220

74-200

850

790

2050

15

74-150

850

790

2380

FX350

350

10

80-120

6

0.04-0.3

60-100

50-150

775

605

1765

15

50-120

775

605

2115

FX300

300

20

65-115

5

0.04-0.3

45-85

50-150

665

585

1310

15

40-100

665

585

1505

FX250

250

20

60-100

3

0.06-0.35

40-60

40-100

540

480

1180

15

40-100

540

480

1220

10

30-100

540

480

1380

FX200

200

20

 

40-65

2

0.06-0.35

25-40

40-100

435

360

1050

15

30-100

435

360

1115

10

30-100

435

360

1205

FX150

150

20

30-45

1.5

0.06-0.35

11-20

30-74

280

295

690

15

30-74

280

295

900

8

30-74

280

295

1270

FX125

125

17

25-40

1

0.06-0.35

8-15

20-100

210

185

620

8

20-74

250

240

985

FX100

100

20

20-40

1

0.06-0.35

5-12

20-100

260

210

525

15

20-100

268

215

720

8

20-100

268

215

1000

FX75

75

15

15-22

0.6

0.1-0.4

2-5

20-74

240

230

465

6

5-40

240

230

800

FX50

50

15

11-16

0.3

0.1-0.4

1-2

10-74

160

155

350

6

5-30

160

155

590