HPY Hydro Cone Crusher

1. Fixed spindle: The equipment has a strong carrying capacity, a more compact structure, a small size, and high efficiency.

2. It was designed by adopting the principle of intergranular lamination. Utilizing the mutual extrusion of materials, the crushing efficiency and the proportion of fine materials are significantly improved, the needle and flake materials are greatly reduced, and the steel consumption of wearing parts is reduced.

3. Advanced bearing design, using tin bronze bushing sliding bearing design. Compared with rolling bearings, the equipment can maintain ultra-high load capacity in high-dust and high-impact environments and has low production costs.

4. A temperature sensor is installed at the oil return position of the horizontal axis to accurately detect the oil temperature and ensure stable operation of the equipment; the transmission system uses spiral bevel gears to ensure reliable and stable transmission.

5. The liner fixing method is improved While the cone wall is thickened. This eliminates the need for glue filling, making replacement very convenient and fast and reducing maintenance costs.

6. Integrated hydraulic lubrication and unique thin oil lubrication system design greatly extend the service life of the equipment. High-performance, non-contact labyrinth seals are more conducive to ensuring the cleanliness of lubricating oil.

7. The oil circuit of the safety cylinder adopts large-diameter oil pipes and large-capacity accumulators, which have better buffering performance, faster response, and safer equipment.

8. The standard floating installation base makes the installation simple, labor-saving, and time-saving, with reduced foundation requirements and low user investment.

The triangular belt drives the motor, the drive shaft, and the bevel gear pair to rotate the eccentric sleeve, and the moving cone rotates under the action of the eccentric sleeve. The moving cone and the fixed cone are sometimes close and sometimes deviated, and the material in the crushing chamber is squeezed and crushed at 360°, and the broken material is discharged from the lower part.