HST Hydraulic Cone Crusher

product introduce:HST series single cylinder hydraulic cone crusher is a new and efficient crusher independent research and design on the basis of our twenty years of experience in the crushing industry is engaged in the design, production, sales and service, combined with the development of modern industrial technology, and from the United States, learn the advanced technology of crusher., the set of mechanical, hydraulic, electrical, automation, intelligent control technology at an organic whole.

Applications:Sand and stone field, mining, coal mining, concrete mixing station, dry powder mortar, power plant desulphurization, quartz sand, etc.


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The latest research results include crushing hydraulic computer control technology and advanced manufacturing technology.It is widely used in medium crushing, fine crushing and ultra-fine crushing, which can meet the most severe working conditions and meet the requirements of different types of stone with different hardness.


1、Combined with optimized strength and high quality components, it has greater bearing capacity and crushing ratio and stronger throughput capacity.

2、The structure is simple, compact, convenient for maintenance and small footprint, further reducing the cost of infrastructure.

3、Numerical control, high machining accuracy, especially for core parts.

4、There are several standard crushing cavities, which can fully meet the needs of secondary, tertiary and even fourth crushing after one coarse crushing.

5、The sliding bearing adopts special oil wedge design to avoid direct friction contact between shaft and bearing.The strengthened frame structure and special bearing material have high bearing capacity, high reliability and extended the service life of the equipment.

Working Principle

When a HST Single Cylinder Hydraulic Cone Crusher works, driven by the motor, the transmission shaft rotates under the action of belt pulley and triangular belt. Next, the transmission shaft drives the eccentric sleeve to make it rotate around the axis. Meanwhile, the eccentric sleeve forces the movable cone to do pendular movement. This movement makes the movable cone and fixed cone sometimes close to, sometimes far away from the rolling wall. Materials are continuously shocked, squeezed and crushed in the crushing cavity between the crushing wall and the rolling wall. Finally, materials are discharged out of the machine when their fineness reaches the discharging standard.


Model Cavity Maximum feed size(mm) CSS min-max(mm) Capacity(tph) Power KW(HP) Dimension (L×W×H) (mm) Weight (t)
HST100 S1(Extra Coarse) 240 22-38 85-170 90(125) 1535×1275×2710 9.6
S2(Medium Coarse) 200 19-32 70-130
HST160 S1(Extra Coarse) 360 25-54 120-345 132(175) 2045×1635×3040 15.5
S2(Medium Coarse) 300 22-48 105-305
S3(Coarse) 235 19-48 90-275
HST250 S1(Extra Coarse) 450 35-54 255-605 220(300) 2675×2550×3940 28
S2(Medium Coarse) 400 29-51 215-515
S3(Coarse) 300 25-51 190-490
HST315 S1(Extra Coarse) 560 41-76 335-1050 315(400) 3110×2945×4480 43.5
S2(Medium Coarse) 500 38-70 305-895
Model Cavity Maximum feed size(mm) CSS min-max(mm) Capacity(tph) Power KW(HP) Dimension (L×W×H) (mm) Weight (t)
HST100 H1(Fine) 135 10-32 45-130 90(125) 1540×1280×2300 7.5
H2(Medium Fine) 65 8-19 35-80
H3(Extra Fine) 38 4-16 27-60
HST160 H1(Fine) 185 13-38 66-210 132(175) 2000×1550×2600 10
H2(Medium Fine) 90 10-32 65-165
H3(Extra Fine) 50 6-25 48-105
HST250 H1(Fine) 215 16-44 110-395 220(300) 2315×1830×2940 19.5
H2(Medium Fine) 110 13-38 115-340
H3(Extra Fine) 70 8-32 90-255
HST315 H1(Fine) 275 16-51 170-665 315(400) 2740×2200×3590 28.5
H2(Medium Fine) 135 16-38 190-505
H3(Extra Fine) 65 13-22 205-320
HST560 H1(Fine) 300 22-70 448-1331 560(750) 3300×2600×4463 51
H2(Medium Fine) 155 19-70 400-1098
H3(Extra Fine) 80 10-44 280-669
HST750 H1(Fine) 370 25-70 480-2500 630(850) 3800×3100×5305 80
H2(Medium Fine) 195 22-70 552-1115
H3(Extra Fine) 80 10-51 364-790

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