Muti-Cylinder Cone Crusher

Multi-cylinder cone crusher

Applicable materials: Pebbles,  river pebbles, quartz sand, marble,basalt, granite, copper ore,  quartz sand, limestone etc

Feed size: ≤450mm

Processing capacity: 45-1200t/h

Introduction

Multi-cylinder hydraulic cone crusher is a new type of cone crusher developed on the basis of introducing new German technology, with higher crushing capacity and crushing efficiency. It is used for secondary crushing, fine crushing and ultra-fine crushing of hard materials.The cone crusher consists of key components such as the main shaft, casing, drum liner, concave surface, eccentric bushing and drive mechanism. The multi cylinder cone crusher consists of a series of key components working together to achieve efficient crushing.

muti cylinder cone crusher

 

muti cylinder cone crusher

 

The Features of single cylinder cone crusher:

1. Mechanical, hydraulic and intelligent control are integrated, the operation is simple and convenient, and the discharge port is adjusted by one button.

2. Perfectly  crushing stroke, crushing speed and crushing chamber shape. Under the same fixed cone diameter, the Capacity is 30%-60% higher than that of old traditional  cone crusher

3.  Fully automatic production control system, which is convenient and quick to operate and easy for employees to operate.

4. Finished material produced has uniform particle size, and the finished sand and gravel aggregate has excellent quality and good particle shape.

muti cylinder cone crusher

Maintain your wear parts

Liner plate is a wearable part in the production of hydraulic cone crusher machine, which is affected by factors such as ore hardness, particle size, compressive strength, feeding method, and working condition.

Liner plate of hydraulic cone crusher

You  can maintain the spare parts and improve crusher performance by paying attention to the following factors:

  1. Correctly select the crushing cavity for the crushed materials.
  2. The feeding particle size ratio is appropriate.
  3. Control the feeding amount.
  4. The crusher discharge area is unobstructed.
  5. Uniform feeding within the 360° range of the crushing cavity.
  6. Select the appropriate size of screening equipment.
  7. The specifications of the conveyor are adapted to the maximum processing capacity of the crusher.

Technical data.

Model Cavity Open side feeding size
(mm)
Closed side feeding size
(mm)
Min outlet size
(mm)
Capacity
(t/h)
Power
(kw)
HPG100 C1(Extra Coarse) 175 140 19 45-100 90
C2(Coarse) 125 105 13
M(Middle) 100 70 10
F1(Fine) 71 50 9
F2(Extra Fine) 33 20 6
HPG200 C2(Coarse) 235 190 19 65-250 160
M(Middle) 171 120 16
F1(Fine) 150 95 13
F2(Extra Fine) 116 70 8
HPG300 C1(Extra Coarse) 265 230 25 85-440 220
C2(Coarse) 240 210 20
M(Middle) 190 150 15
F1(Fine) 145 105 11
F2(Extra Fine) 120 80 8
HPG400 C1(Extra Coarse ) 360 290 30 135-625 315
C2(Coarse) 310 250 25
M(Middle) 260 196 20
F1(Fine) 182 110 13
F2(Extra Fine) 135 90 10
HPG500 C1(Extra Coarse) 370 330 38 200-790 400
C2(Coarse) 320 290 28
M(Middle) 245 210 22
F1(Fine) 180 130 13
F2(Extra Fine) 150 95 10
HPG800 C1(Extra Coarse) 450 352 38 265-1200 630
C2(Coarse) 373 298 32
M(Middle) 340 275 25
F1(Fine) 280 230 16
F2(Coarse Fine) 235 150 10

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