Profile

Our company has developed Cone Crusher after many years of technical development and introduction of American advanced crushing technology. Our cone crusher can completely replace imported products that the product represents advanced technology level in China.



Features

1. Better crushing frequency and eccentricity are adopted to higher the content of fine particles in the broken products.
2. Provide strong crushing power. The force arm is longer than any other cone crusher available on the market. The longer the force arm is, the greater the crushing impact force is. The long force arm is embodied on the main axis, which has the advantages of reducing a load of the eccentric bearing, lowering the bearing temperature, and prolonging the service life of the bearing. The larger crushing force and the free-falling force of the material make the crusher have high frequency and lower power consumption;
3. The maximum crashing cone stroke will increase the production capacity largely; the machine designed with large eccentricity and proper conical angle to make the machine has a larger discharge volume;
4. The unique spring safety system is protecting from overload to enable foreign matters and iron blocks through the crushing chamber without harming the crusher. This system produces a greater reaction force than the old type crusher. Therefore, the greater the crushing force is, the higher is the productivity.
5. The unique hydraulic system can connect the mobile hydraulic station and the hydraulic cleaning system. After starting the hydraulic station, raise the support sleeve, tuning sleeve, and rolling mortar wall to make it leave the mainframe body, thus increasing the space of the crushing chamber and facilitating the cleaning work.

Working Principle

When the S Spring Cone Crusher works, driven by the motor, the eccentric sleeve rotates under the combined action of the triangular belt, big belt pulley, transmission shaft, bevel pinion and bevel gear wheel. Then, under the action of the eccentric sleeve, axis starts to rotate, too. During which, the crushing wall would be sometimes close to or sometimes away from the rolling wall. This motion forces materials to be shocked, squeezed and broken continuously in the crushing cavity between the crushing wall and the rolling wall. Finally, materials are discharged out of the machine when their fineness reaches the discharging standard.