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1. Suitable for high-hardness materials

Developed specifically for high-hardness materials such as granite, basalt, and iron ore. Adopts a proven laminar crushing principle to shape materials by extrusion, featuring lower wear and superior particle shape.

2. Easy maintenance

Built with a high-strength frame, equipped with intelligent hydraulic control. It operates stably with a low failure rate, suitable for long-term operation under harsh working conditions.

3. Even discharge size

Uniform and stable discharge particle size, consistent finished aggregate quality, effectively meet strict material grading requirements for various production projects.

4. Suitable for large-scale production

Large processing capacity and continuous, stable operation perfectly match large-scale production lines, greatly boosting overall production efficiency.

Working Principle

The structure of a multi-cylinder hydraulic cone crusher is relatively complex. During operation, the motor drives the transmission shaft via a pulley or coupling, and, under the action of the eccentric sleeve, the moving cone undergoes periodic rotation and oscillation. The raw material is subjected to compression and impact within the crushing chamber, ultimately resulting in its crushing.

Product Structure

The multi-cylinder hydraulic cone crusher has a relatively complex structure, consisting of 11 components: fixed cone, moving cone, fixed central shaft, spherical bearing, adjusting ring, eccentric wheel, fan gear and pinion, horizontal shaft, peripheral hydraulic cylinder, hydraulic station, and lubrication station.