Spring Cone Crusher

Advantages and Features

• The moving cone rotates continuously, and the crushing and discharging processes of the material are alternately and continuously carried out along the working surface, resulting in high productivity
• the material is sandwiched between the two cones and is subjected to extrusion, bending and shearing, making it easier to crush and consume less power
• the product is uniform in volume and cubic shape, and the wear on the working surface of the moving cone is also relatively uniform
• Structural introduction: The structure of the cone crusher mainly consists of a frame, a horizontal shaft, a moving cone, a balance wheel, an eccentric sleeve, an upper crushing wall (fixed cone), a lower crushing wall (moving cone), a hydraulic coupling, a lubrication system, a hydraulic system, a control system, etc.
• The moving cone and the fixed cone are both upright. When the moving cone swings, there is a parallel belt with equal gaps between the moving cone and the fixed cone near the discharge port of the crushing chamber to make the finished product uniform. The feed port is small in size and can handle materials that have been crushed for the first time
• this series of cone crushers adopt dry oil or water sealing methods to prevent dust and impurities from entering the body, thereby ensuring the cleanliness of the lubricating oil, extending the service life of the sliding bearings and thrust ball bearings, and making the machine run reliably.

Working Principle

The working principle of the spring cone crusher is driven by a motor, and the gears are linked to each other, so that the transmission shaft and transmission gears drive the eccentric sleeve to rotate. The movable cone makes a swing motion under the action of the eccentric sleeve. The movable cone and the fixed cone sometimes approach and sometimes deviate, thereby continuously squeezing or impacting the material to break it. The structure of the cone crusher is mainly composed of the frame, fixed cone, moving cone assembly, spring mechanism, bowl-shaped shaft frame part and transmission.

Technical Specifications

Case Study

In 2003, during the mine renovation process of a gold ore dressing plant in Henan, Huston Mining took over the crushing and screening section project of the plant. Huston selected the Huston spring cone crusher based on the customer’s high hardness of the ore, the need for real-time monitoring of the working process, and the fact that the ore has basically been coarsely crushed. The vulnerable parts of the machine are made of high manganese steel, a motor is used instead of a hydraulic push rod device, a relay controls the discharge, and the cavity is optimized. The crushing pass rate is over 90%. The customer is very satisfied.