Pyb900 Cone Crusher

As soon as abrasion, time for a change of wear parts, daily lubrication cost and stopage, and how many days allocated for repairing which reduces productivity capacity and increases the production cost. In order to overcome such problems, breaking/crushing iron, copper, quartz, granite, creek material and basalt Cone Crushers are preferred.
- Cone Crusher is a secondary crusher designed for medium and high abrasive ore crushes.

WHY CONE CRUSHER ?
Cone Crusher has:
- Less Abrasion
- High capacity
- Large Feeding size
- Highly productivity final product
- Lower electricity consumption.
- Durable body integrity
- Closed circuit has an automatic lubrication system.
- No need for daily maintenance lubrication.

Hydraulic Cone Crusher
HP Series high efficiency Hydraulic Cone Crusher is a world-level cone crusher developed from the up-to-the-minute technology of Germany. The cone crusher not only improves the production capacity and crushes efficiently, but also widens the applying area, the hardness of materials range from limestone to basalt. It has a second-to-none crushing performance in the work of medium-size crushing, fine crushing and super fine crushing. The crusher is the improved type of spring cone crusher and can be used to replace ordinary hydraulic cone crusher in the line of mining and construction. It is the most ideal equipment for large stone crushing factory and mining industry.

Character and technical advantages:
HP Series high efficiency Hydraulic Cone Crusher has a better performance compared with spring cone crusher and ordinary Hydraulic Cone Crusher:

1. A high crushing ratio and production efficiency.
2. Less spare part consuming and low operation cost.
3. between-layer pressuring crushing and better finished product shape.

4. Hydraulic protection and hydraulic cavity clearing, high automatization and less stop production and repairing time.
5. Thin oil lubrication makes the life time increased.
6. Manifold crushing cavity.
7. Easy maintenance and operation.
8. The crusher can provide customers a higher capacity, better product shape, and an easy operation.
Technical Data:
Type:HPC-160
Cavity (coarse/fine:C
Discharge setting min.(mm):6
Feed opening (mm):150
Capacity (t/h): 120-240
Power (kW): 160
Weight (t):13
movable cone diameter (mm):950

Type:HPC-160
Cavity (coarse/fine:F
Discharge setting min.(mm):13
Feed opening (mm):76
Capacity (t/h): 55-180
Power (kW): 160
Weight (t):13
movable cone diameter (mm):950

Type:HPC-220
Cavity (coarse/fine:C
Discharge setting min.(mm):6
Feed opening (mm):225
Capacity (t/h): 150-430
Power (kW): 220
Weight (t):18
movable cone diameter (mm): 1160

Type:HPC-220
Cavity (coarse/fine:F
Discharge setting min.(mm):13
Feed opening (mm):86
Capacity (t/h): 90-260
Power (kW): 220
Weight (t):18
movable cone diameter (mm): 1160

Type:HPC-315:
Cavity (coarse/fine:C
Discharge setting min.(mm):6
Feed opening (mm):290
Capacity (t/h): 90-260
Power (kW):315
Weight (t):26
movable cone diameter (mm):1400

Type:HPC-315
Cavity (coarse/fine:F
Discharge setting min.(mm):13
Feed opening (mm):100
Capacity (t/h): 190-610
Power (kW): 315
Weight (t):26
movable cone diameter (mm):1400


Type£»HPC-400:
Cavity (coarse/fine:C
Discharge setting min.(mm):13
Feed opening (mm):320
Capacity (t/h): 230-700
Power (kW): 400
Weight (t):33
movable cone diameter (mm): 1500

These are designed and built for crushing hard to very hard materials rocks and minerals for the aggregates and mining processes. The two models are meant for larger capacity crushing applications with high throughput ranging from 250 TPH upwards with lowest production cost per tonne of product

Models: YC400SP & YC500SP