The cone crusher is the cone crusher which is the earliest appearance in the world, and it is used and larger quantity crush mechanism present in widest. With the improvement of the series of cone crusher, their structure is more perfect and the technology parameter is more advanced, so these crushers have excellent performance in the aspects of manufacture, installation, use and maintenance etc. Application of cone crusher: Cone crusher is a kind of crushing machine commonly used in mining, metallurgical industry, construction, road construction and chemical industry. The hydraulic cone crusher is widely used for secondary and fine crushing in the fields of mining, building materials, metallurgies and so on. The hydraulic cone crusher can crush materials with middle and high hardness such as ironstone, copper ore, granite, basalt, cobblestone, marble, limestone and so on. The hydraulic cone crusher is widely used in highly automatic crushing line which has strict requirements for the fineness of the end products and crushing ratio. When cone crusher work, by the motor through V-belt, pulley, drive shaft, host a small bevel gear, bevel gear driving a large external brass rotation axis line of cone crushing force copper out by rotating the swing next move, making the broken wall near the surface from time to time and mortar wall from time to time to leave the rolling surface, so that the material in the fixed cone and fixed cone crushing cavity composed of the ring constantly under attack, pressing and bending and breaking.
The high-efficient cone crusher is a high-performance model optimized and improved on the basis of PY Series spring cone crusher. The high-efficient cone crusher is widely used for secondary and fine crushing in the fields of mining, building materials, metallurgies and so on. The ZYS high-efficient cone crusher can crush materials with middle and high hardness, such as, metal ore, basalt, granite, cobblestone, limestone, sandstone and so on. When the cone crusher is working, the motor drives the eccentric bearing bushing via spring coupling, transmission shaft and a couple of cone gear wheel. The crushing cone axis is forced to swing by the eccentric bearing bushing, which makes the mantle sometimes close to the bowl liner, and some times far away from the bowl liner. The raw materials are pressed, impacted and finally crushed in the crushing chamber.