JXSC Mineral

Capacity: 10-1450 tph

Feeding Size: 50-425 mm

Discharge Size: 6-64 mm

Process Material: Hard rock, ore, slag, refractory, etc. Such as granite, basalt, pebbles, copper ore, iron ore, limestone, quartz, and diabase.

Product Quick View

Cone Crusher Overview

Cone crushers are popularly used in the aggregate, mining, concrete, and coal industries, suit for the secondary, tertiary crushing stages to do material size reduction and shaping. Be different from than jaw crusher, impact crusher, the cone crusher is a type of compression crusher, innovative designed with a cone-shaped inlet from where the object material is put in for crushing, reduces material by squeezing or compressing it until it gets smaller discharges at the bottom.

Cone Crusher Types
Cone crushers are mainly divided into Spring Cone Crushers and Hydraulic Cone Crushers, but the hydraulic cone crusher has more advantages, such as the hydraulic overload relief system, which can automatically clear the obstruction and prevent overload. Hydraulic Cone Crushers divide into single cylinder hydraulic cone crushers and multi-cylinder cone crushers.

Structures

Cone Crusher Structure
The main parts of a cone crusher are Rack, horizontal axis, moving cone, balance wheel, eccentric sleeve, upper broken wall (fixed cone), lower broken wall (moving cone), fluid coupling, lubrication system, hydraulic system, etc. Cone crusher wear parts, the most often replaced parts are the frame liners, mantle liners, bowl liners.

hp cone crusher structure

Working Principle

Cone Crusher Working Principle
While the eccentric shaft rotating, the materials are continuously squeezed and compressed between the moving and fixed steel, thus the materials gradually become smaller and pass down through the discharge port. The required final size is adjustable and determined by the gap between the two crushing steel at the lowest point. Hydraulic cone crushers have a hydraulic setting adjustment system, which gives more advantages than a normal spring cone crusher. 

Technical Parameters