Output size : Depends on the material
Production capacity : 35-695T/H
Laminated principle, Hydraulic lubrication station
HST Hydraulic Cone Crusher integrates machinery, hydraulic pressure, electrics, automation and intelligent control together, which can be used for medium crushing, fine crushing and ultra-fine crushing. With full automatic control system, this machine can realize accurate regulation.
Applications: Aggregate field,concrete mixing plant,dry mortar plant desulfurization,quartz sand,etc.
Learn More About Liming® HST Single Cylinder Hydraulic Cone Crusher
1. High efficiency.
The hydraulic cone crusher has support on both ends of the spindle, which is able to bear greater crushing force and greater stroke, coupled with the special shape of crushing chamber adapted to laminated principle, the machine has higher crushing efficiency.
2. Large production capacity.
The hydraulic cone crusher has the perfect combination of design with crush stroke, crushing speed and crushing chamber shape, which make the machine’s moving cone big end diameter in the same circumstances, the output is 35% ~ 60% higher than the old spring cone crusher.
3. High quality stones.
The hydraulic cone crusher adopts special crushing chamber and laminated crushing principle, resulting in inter-particle crushing effect, so that the finished product significantly increased the proportion of the cube, flake stone needles reduced and grain is more uniform.
4. Just replacing the fixed cone can achieve a variety of cavity shapes for fine crushing.
5. Double insurance controlled hydraulic and lubrication system can ensure the machine’s overload protection and good bearing lubrication.
6. Easy maintenance.
The structure of cone crusher is simple and compact.It has the features of stable performance, not easy to fault and convenient
Specifications – Technical Data
| 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 |
