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multi-cylinder hydraulic cone crusher

multi-cylinder hydraulic cone crusher

Raw materials:Iron ore, copper ore, slag, pebbles, quartz, granite, basalt, diabase, etc.
Capacity:85-760t/h
Max feeding size:90mm-350mm
Application:Metallurgical, aggregate,quarry, building material industries, etc.


Features:
1.The new series multi-cylinder hydraulic cone crusher adopts the international advanced technology, and with superior performance.
2.The design of fixed shaft and the optimized crushing cavity improve the crushing capacity wholly.
3.The composition of product size is more stable, and the shaping is better.
4.The full gyratory cone crusher standard configuration, simple operation, flexible adjustment.
5.The independent multi- cylinder design makes the system performance stable.
6.The new integrated base simplify the installation steps.
7.Improve the shape structure, setting the function and aesthetics in one.
Parameter of hydraulic cone crusher:

model


style


max(mm
min(mm)
power
kw
capacityt/h
weight

outletmm
10
13
16
19
22
25
38
51
64
THP420
C
180
13
132


120
140
155
185
210
270




16
M
130
10
132
105
115
125
140
170
180






16
F
90


132
85
110
115
145










16
THP630
C
215
19
220






210
230
270
365
455


27
M
160
16
220




160
185
210
230






27
F
115
13
220


155
200
220
240








27
THP840
C
235
22
250








275
325
440
550
605
37
M
175
19
250






225
250
275
335




37
F
130
13
250


185
220
245
265
285






37
THP1050
C
350
22
280-315








345
410
550
685
760
45
M
203
16
280-315




240
280
315
345






45
F
140
13
280-315


195
235
275
355








45


principle:
The multi hydraulic cone crusher is consist of main frame, drive shaft, eccentric, socket liner, crushing body, adjusting device, adjusting sleeve, lubrication system and hydraulic system.
When the gyratory start to work, the motor drives the eccentric rotating through the drive shaft and a pair of bevel gears, cone axis does rotary pendulum movement under the force of eccentric sleeve , which makes the mantle surface sometimes near the concave, sometimes far from the concave, so that the ore in the crushing cavity is continually squeezed and being broken.
The material enter into the hydraulic crusher from the upper feeder, by crushing can be discharged from the bottom discharge opening