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HPT Hydraulic Cone Crusher

HPT Hydraulic Cone Crusher

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It is widely used in medium and fine crushing operations in mining, metallurgy, building materials, chemical industry and other industries.

  • ≤450mmFeed Size
  • 90-830KWMotor Power
  • 50-1200t/hProcessing capacity

What is HPT Hydraulic Cone Crusher?

HP Multi-cylinder Cone Crusher

HPT Multi-cylinder hydraulic cone crusher is a piece of typical crushing equipment for medium and fine crushing hard materials, which is mainly used in the two-stage crushing and three-stage crushing link in metal mining and construction sand processing. Multi-cylinder hydraulic cone crusher because hydraulic devices realize its safety, adjustment, and locking, so it also has the advantages of convenient adjustment of ore discharge, small overload coefficient through non-crushing objects, easy to take out the non-crushing objects blocked in the crushing chamber.

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Why choose HPT Hydraulic Cone Crusher?

  1. Fixed spindle: The equipment has a strong carrying capacity, a more compact structure, a small size, and high efficiency.

  2. It was designed by adopting the principle of intergranular lamination. Utilizing the mutual extrusion of materials, the crushing efficiency and the proportion of fine materials are significantly improved, the needle and flake  materials are greatly reduced, and the steel consumption of wearing parts is reduced.

  3. Advanced bearing design, using tin bronze bushing sliding bearing design. Compared with rolling bearings, the equipment can maintain ultra-high load capacity in high-dust and high-impact environments and has low production costs.

  4. A temperature sensor is installed at the oil return position of the horizontal axis to accurately detect the oil temperature and ensure stable operation of the equipment; the transmission system uses spiral bevel gears to ensure reliable and stable transmission.

  5. The liner fixing method is improved While the cone wall is thickened. This eliminates the need for glue filling, making replacement very convenient and fast and reducing maintenance costs.

  6. Integrated hydraulic lubrication and unique thin oil lubrication system design greatly extend the service life of the equipment. High-performance, non-contact labyrinth seals are more conducive to ensuring the cleanliness of lubricating oil.

  7. The oil circuit of the safety cylinder adopts large-diameter oil pipes and large-capacity accumulators, which have better buffering performance, faster response, and safer equipment.

  8. The standard floating installation base makes the installation simple, labor-saving, and time-saving, with reduced foundation requirements and low user investment.



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  • High Quality

    High crushing efficiency: grate plate design, rigid hard extrusion crushing, making the fine crushing efficiency greatly improved.

  • Customized Design

    Environmental and energy saving: high speed and fast operation , save electricity and reduce consumption.

  • Good Performance

    Wear-resistant parts durable: more durable with wear-resistant parts material.

Product features

Low maintenance cost: compared with traditional pulverizer, energy saving is better, stable operation, maintenance cost is lower.

Working principle

  The crushing principle of Hydraulic Cone Crusher is finished between fixed cone plate and movable cone plate. The cone crusher ’s motor drives the horizontal axis of the cocrusherthrough triangle belt and pulley, the horizontal axis drive the eccentric shaft bush to rotate through gear transmission. The eccentric shaft drives the main shaft to make the movable cone plate swing at a regulated track from time to time, the materials are crushed due to constant pressed and crooked in the crushing cavity. The finished products are discharged from the discharging open


HPT Hydraulic Cone CrusherWorking principle

Specification

Model

Cavity Type

Feeding Size(mm)

Closed side feeding size(mm)

Minimum Discharge Opening (mm)

Motor Power(kw)

Capacity(t/h)

Weight (t)

HP100

C1 Extra coarse

175

140

19

4P 100

45-140

8.4

C2 Coarse

125

105

13

M Medium

100

70

10

F1 Fine

71

50

9

F2 Extra fine

33

20

6

HP200

C2 Coarse

235

190

19

4P 160

90-250

10.4

M Medium

171

120

16

F1 Fine

150

95

13

F2 Extra fine

116

70

8

HP300

C1 Extra coarse

265

230

25

4P 220

115-440

18.1

C2 Coarse

240

210

20

M Medium

190

150

15

F1 Fine

145

105

11

F2 Extra fine

120

80

8

HP400

C1 Extra coarse

360

290

30

4P 315

140-630

25

C2 Coarse

310

250

25

M Medium

260

196

20

F1 Fine

182

110

13

F2 Extra fine

135

90

10

HP500

C1 Extra coarse

370

330

38

4P 400

175-790

36

C2 Coarse

320

290

28

M Medium

245

210

22

F1 Fine

180

130

13

F2 Extra fine

150

95

10

HP800

C1 Extra coarse

450

352

38

4P 830

260-1200

68.5

C2 Coarse

373

298

32

M Medium

340

275

25

F1 Fine

280

230

16

F2 Extra fine

235

150

10


*The output will vary according to different materials, feed particle size and other factors