HPT Cone Crusher

Introduction To Cone Crusher

hpt hydraulic cone crusher, casting, machining, quality control of all sectors as a whole, HPT is a new type of hydraulic cone crusher crusher, more secure and stable operation, easy maintenance, downtime is short, the yield is guaranteed, is more suitable for large-scale sand production systems. HPT cone crusher split multi-point lubrication hydraulic control system, bearing lubrication and overload stronger, so that the degree of automation of the entire production line is greatly improved. HPT cone crusher cavity and stroke has been re-experimental design, more suitable for crushing river gravel, basalt, iron ore and other hard materials, production increased by 35% -60% higher than ordinary spring cone crusher.

The new cone crusher automated production line is greatly improved

Basic Info

HPT Cone Crusher Capacity
[size]: 10-350mm feed
[Production capacity]: 50-120T/h
[Application field]: building stone crushing and metal ore crushing (more applications please online free consulting)

Working principle of cone crusher cone maneuvering leading role in the eccentric doing Swing movement, led to the roll mortar wall broken walls of the material for extrusion, twist grind, according to the lamination theory, the material in multiple directions by force, according to the their texture was broken polished stone particles eventually form a stable, consistent with the requirements of the material from the broken wall swing gap whereabouts of the rest of the material continues to break Until reaching the final requirements

Cone crusher is composed of what part?

The machine is mainly eccentric shaft from the rack, drive, empty, bowl bearings, broken cone, adjusting device, adjusting sleeve, part of the spring and the adjustment of discharge ports with hydraulic station. Crusher work, the motor drives the eccentric sleeve rotates through the horizontal axis and a pair of bevel gears, crushing cone axis in the eccentric sleeve forced to do a spin move under the pendulum motion, making the broken wall near the surface and sometimes they sometimes leave the bowl surface, so that the ore crushing cavity constantly being squeezed and bent to be broken.

HPT Cone Crusher Technical Data

Model Cavity Maximum Feeding Size(mm) Minimum Discharging Size(mm) Capacity(t/h) Maximum Installed Power(kw)
HPT100 C1(Extra Coarse) 140


50-140 90
C2(Coarse) 100 13
M(Medium) 70 9
F1(Fine) 50 9
F2(Extra Fine) 20 6
HPT200 C2(Coarse) 185 19 90-250 160
M(Medium) 125 16
F1(Fine) 95 13
F2(Extra Fine) 75 10
HPT300 C1(Extra Coarse) 230 25 110-440 250
C2(Coarse) 210 19
M(Medium) 150 16
F1(Fine) 105 13
F2(Extra Fine) 80 10
HPT400 C1(Extra Coarse) 295 30 135-630 315
C2(Coarse) 251 25
M(Medium) 196 20
F1(Fine) 110 13
F2(Extra Fine) 90 10
HPT500 C1(Extra Coarse) 330 38 220-790 400
C2(Coarse) 290 30
M(Medium) 210 22
F1(Fine) 135 16
F2(Extra Fine) 95 13
HPT800 C1(Extra Coarse) 350 38 310-1200 630

C2(Coarse) 299 32
M(Medium) 265 25
F1(Fine) 220 16
F2(Extra Fine) 150 13