HP Multi-Cylinder Hydraulic Cone Crusher

Product Introduction

The HP multi-cylinder hydraulic cone crusher is suitable for crushing above medium hardness of various minerals and rocks, such as limestone, iron ore, pebbles, non-ferrous metal ore, granite, basalt, quartzite, and sandstone. It features high speed, high crushing capacity, and an advanced design to produce final products with very high-quality (cubical) shape.

This machine uses a reliable hydraulic system to ensure stable operation and is the world-renowned, latest-generation hydraulic cone crusher, far superior to the traditional spring cone crusher.

Overview of Advantages

1. High Efficiency (15% Higher)
   This crusher utilizes an optimized structure featuring a high-speed rotating eccentric sleeve and an advanced crushing cavity. This design achieves 15% higher efficiency compared to other cone crushers.
2. Super Production Capacity (35-60% Higher)
   The perfect combination of a highly effective crushing stroke, high speed, and an optimized crushing cavity makes the machine’s yield 35%-60% higher than an old-fashioned spring cone crusher.
3. Perfect Finished Particles
   The machine adopts the laminated crushing principle, which generates inter-particle crushing. This significantly increases the proportion of cubical particles in the final product and reduces needle-like (flaky) particles, making the finished product gradation more reasonable.
4. Advanced Lubrication & Protection
   Features an advanced lubrication mechanism. A multi-point hydraulic lubrication control system is built-in to ensure bearing lubrication, reliable overload protection, and effective sealing.

Working Principle

This utility model adopts the international advanced fixed-spindle design. An eccentric sleeve rotates around the main shaft to drive the movable cone. This motion, combined with the optimized crushing cavity, utilizes a laminated crushing design (crushing material against other material). This process results in higher crushing efficiency and produces a superior grain shape without relying on a smaller discharge opening.

Product Photos

Technical Parameters