Single cylinder cone crusher specializes in crushing medium-hard ores

Hydraulic cone crusher is safe and reliable, integrating mechanical, hydraulic, electrical, automation and other technologies. It has good finished product particle shape and is widely used in metal mines, construction sand and gravel processing in the second and third stage crushing. It is a good helper for producing high-quality aggregates.

Product structure and working principle

Single cylinder hydraulic cone crusher is mainly composed of upper frame, middle frame (medium crushing type), lower frame, moving cone, eccentric sleeve, transmission, hydraulic cylinder and other components.

When working, the horizontal shaft is driven by the motor to rotate, the horizontal shaft drives the eccentric sleeve to rotate through the gear, and then the eccentric sleeve drives the moving cone to swing in a circle, thereby realizing continuous extrusion and crushing of stones.

Advantages of single cylinder hydraulic cone crusher equipment:

1. High-quality frame mechanism design, through inspection and acceptance, to ensure high frame strength, efficient operation process, optimized crushing chamber design, when the material passes through high-level crushing, the crushing effect is better.

2. Intelligent mode

The intelligent control system can choose manual and automatic switching, and the discharging method can be adjusted after automatic discharging, with high visualization, which reduces the difficulty of user operation.

3. Green environmental protection effectively protects the equipment

The environmental protection system enhances the effective protection of the equipment, effectively reduces the pollution of dust to the equipment, and ensures that the polluted particles enter the crushing chamber to pollute the lubrication system, thereby increasing the service life of the crusher and reducing maintenance.

Single cylinder cone crusher

4. Hydraulic system integration

The hydraulic station and lubrication station are integrated to save installation space. The hydraulic system adopts high-pressure design to meet the general pressure requirements. The equipment has a higher pressure margin when running, which improves the reliability of the hydraulic system.