Cone crushers are a type of compression crusher used by aggregate, coal, concrete, crushing, and mining industries. They work by squeezing materials between a mantle and a bowl liner. The mantle is suspended on an eccentrically rotating shaft, and the bowl liner is fixed to a stationary frame.

When the cone crusher is in operation, the materials are fed into the crushing cavity through the feed hopper. The mantle rotates at a high speed, generating a crushing force that squeezes the rocks against the bowl liner. As this crushing process continues, the rocks are reduced in size until they reach the desired size or shape.

The cone crusher has several components that work together to produce the desired outcome. The eccentric shaft is the main component that drives the mantle and bowl liner. It rotates at a high speed, creating a force that pushes the mantle against the bowl liner.

The bowl liner is the outer surface of the crusher's linings, and it is fixed to the frame. It is designed to protect the mantle from wear and tear due to the crushing process. As the materials are being crushed, they come into contact with the bowl liner, and the liner wears out over time. Regular maintenance is required to replace the worn-out liner and maintain the efficiency of the crusher.

The mantle is the cone-shaped crushing component that rotates around the eccentric shaft. It is lined with a wear-resistant material that absorbs the force of the crushing process. The mantle moves up and down with the movement of the eccentric shaft, crushing the materials against the bowl liner.

All things considered, a cone crusher works by squeezing materials between a mantle and a bowl liner, generating a crushing force that reduces the size of the materials. The eccentric shaft drives the mantle, and the bowl liner protects it from wear and tear. Regular maintenance is required to replace the worn-out liner and maintain the efficiency of the crusher.