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Cone Crusher

This series of crusher is divided into three types: coarse cone crusher, medium cone crusher and fine cone crusher. The standard type is suitable for medium crushing, the medium type is suitable for fine crushing, and the short head type is suitable for fine crushing . According to different principles, it can be divided into hydraulic cone crusher, single-cylinder hydraulic cone crusher, multi-cylinder hydraulic cone crusher, compound cone crusher, and spring cone crusher, which can be purchased according to their own needs .

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Cone Crusher

Brief In Cone Crusher

This series of crusher is suitable for crushing various ores and rocks with medium hardness and above. It has the characteristics of reliable structure, high production efficiency, convenient adjustment, and economical use. The spring safety system is an overload protection device, which can make the foreign iron block pass through the crushing chamber without jeopardizing the machine, and adopts two kinds of sealing forms of dry oil or water to isolate the stone powder from the lubrication to ensure reliable operation.

During operation, the rotation of the motor is rotated by a pulley or a coupling, a cone crusher drive shaft and a cone of the cone crusher under the urging of the eccentric sleeve. Therefore, the broken wall of the crushing cone is close to and sometimes leaves the surface of the shackle wall fixed on the adjusting sleeve, so that the ore is continuously subjected to impact, extrusion and bending in the crushing chamber to realize the crushing of the ore.

Technical Data

Cone Crusher

Multi-cylinder Hydraulic Cone Crusher

Full Hydraulic Cone Crusher

Single-cylinder Hydraulic Cone Crusher

Type Model Diameter of Large end of Crushing Cone（mm） Feeding Size（mm） Max.feeding size（mm） Adjusting Range of Discharge Opening（mm） Processing capacity（t/h） Main motor power（kw） Machine weight（t）
PSG 1300 1313 1295 137 110 13-31 109-181 160 23
1321 210 170 16-38 132-253
1324 241 190 19-51 172-349
1306 64 50 3-16 36-163
1308 89 70 6-16 82-163
1310 105 85 8-25 109-227

Note:processing Capacity May Vary With Different Materials And Feeding Sizes.

Model Cavities Max.Feeding Size(mm) Minimum Discharging Size(mm) Processing Capacity(t/h) speed (r/m) Power (kw)
HPM200 C1 185 19 150-250 750-1200 160
C2 125 17 140-250
C3 95 13 120-250
F1 76 10 90-210
F2 54 6 80-210
F3 23 5 70-210
F4 10 6 80-210
HPM300 C1 235 25 230-445 700-1200 220
C2 211 19 200-445
C3 150 17 180-445
C4 107 13 150-445
F1 77 10 115-260
F2 53 8 110-260
F3 22 6 105-260
F4 25 6 105-260
HPM400 C1 299 30 315-630 700-1000 315
C2 252 25 295-630
C3 198 20 260-630
C4 111 14 190-630
F1 92 10 140-370
F2 52 8 130-370
F3 51 6 120-370
F4 52 6 120-370
HPM500 C1 335 30 390-790 700-950 400
C2 286 25 365-790
C3 204 20 325-790
C4 133 16 280-790
F1 95 13 230-450
F2 57 10 175-450
F3 52 8 165-450
F4 53 6 155-450
HPM650 C1 328 30 386-790 590-930 500
C2 279 25 348-790
C3 196 20 300-790
F1 106 13 280-530
F2 52 9 220-530
HPM800 C1 353 32 545-1100 700-950 630
C2 297 32 545-1100
C3 267 25 495-1100
C4 219 16 385-1100
F1 155 13 325-730
F2 92 10 260-730
F3 33 5 200-730

Note: Processing capacity may vary with different materials and feeding sizes.

Model Cavities Diameter of Large EndofCrushing Cone(mm) Feeding Size(mm) Max.Feeding Size(mm) Adujsting range of discharge opening(mm) Processing capacity (t/h) Power (kw)
GYS300 C1 910 175 140 13-38 81-180 90
C2 102 80 9-22 60-180
F1 76 60 3-16 36-145
F2 41 30 3-13 36-130
GYS400 C1 1300 241 190 19-51 207-400 200
C2 210 168 16-38 162-350
C3 137 110 13-31 126-310
F1 105 85 8-25 109-230
F2 89 70 6-16 82-230
F3 64 50 3-16 40-230
GYS500 C1 1600 269 215 25-64 280-650 280
C2 241 190 22-51 258-450
C3 209 170 16-38 180-410
F1 133 105 10-25 162-355
F2 89 70 6-19 136-330
F3 70 55 5-13 90-300

Note: Processing capacity may vary with different materials and feeding sizes.

Model Cavities Feeding Size(mm) Recommended Feeding Size(mm) Minimum Discharging Size(mm) Processing Capacity(t/h) Power (kw)
Secondary Crushing Series
SC100S C1 240 175 22 85-170 90
C2 200 150 19 70-130
SC160S C1 360 250 35 125-345 160
C2 300 210 32 108-305
SC250S C1 450 300 35 265-524 250
C2 400 270 29 225-448
SC315S C1 560 350 41 349-1050 315
C2 500 320 38 318-892
SC450S C1 600 375 44 498-1500 450
C2 480 300 41 454-1274
Tertiary Crushing Series
SC100 F1 150 115 10 45-135 90
F2 65 60 8 36-80
F3 38 30 4 27-57
SC160 F1 200 160 16 150-219 160
F2 90 75 13 124-163
F3 50 45 6 69-99
SC250 F1 240 190 16 116-396 250
F2 110 90 13 117-339
F3 70 55 8 90-251
SC315 F1 275 235 16 177-662 315
F2 215 190 16 171-643
F3 135 115 16 197-540
F4 85 65 13 195-432
SC560 F1 300 250 22 448-1512 560
F2 240 210 19 406-1464
F3 155 135 19 400-1372
F4 90 45 13 357-912
F5 80 35 10 280-775
SC750 F1 370 295 25 394-2181 750
F2 300 240 19 342-2020
F3 230 185 16 267-1814
F4 120 95 13 248-1165
F5 85 70 10 185-1170

Note: Processing capacity may vary with different materials and feeding sizes.

Advantages

Using the principle of laminating and crushing, the number of finished cubes is increased, the particle size is uniform, and the gradation is reasonable.

A multi-point controlled independent thin oil lubrication system ensures double protection of bearing lubrication.

The iron protection device and the automatic control system enable automatic safety protection.

All components can be removed from the top or side for easy removal of the fixed cone and moving cone assembly.

The hydraulic clearing system can quickly clean the crushing chamber, greatly reducing downtime.

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