MCS/MCH Single-cylinder Hydraulic Cone Crusher

  MCS/MCH Single cylinder Hydraulic Cone Crusher is a medium and fine crushing equipment using advanced hydraulic technology. It is widely used in mining, building materials, metallurgy and other fields. It is suitable for crushing ores and rocks with medium and above hardness (such as granite, basalt, iron ore, etc.). Its core design features a single-cylinder hydraulic system that integrates efficient crushing, intelligent control and stable operation.

 

Technical Features

 

  1. Efficient crushing and increased production capacity

  • Laminated crushing principle: the material is crushed in multiple layers of extrusion, the particle shape is better (high cube ratio), the needle-like shape is reduced, and the finished product is suitable for high-end aggregate needs.

  • Large eccentricity and high swing frequency: optimize motion parameters, improve processing capabilities, and reduce unit energy consumption.

 

  2. Intelligent hydraulic control

  • The hydraulic system integrates discharge port adjustment, overload protection and cavity clearing functions. The operation is completed with one button on the electronic control panel and supports remote monitoring.

  • Monitor spindle position and hydraulic pressure in real time and automatically optimize operating status.

 

  3. Simplified structure and convenient maintenance

  • The single-cylinder design replaces the traditional multi-cylinder structure, reducing hydraulic pipelines and sealing points, and reducing the failure rate.

  • The main shaft and the moving cone are supported as a whole, which enhances the rigidity. The key components (such as the liner) adopt the quick-release design, which shortens the replacement time by more than 50%.

 

  4. Stable, reliable and long life

  • Key components (spindle, frame) are cast from high-strength alloy steel with strong fatigue resistance.

  • The thin oil lubrication system has independent circulation, equipped with multi-stage filtration and temperature control alarm to ensure the life of the bearing.

 

  5. Energy saving and environmental protection

  • Optimizing the crushing chamber shape reduces useless power consumption and saves 15%-30% energy compared to traditional equipment.

  • The fully enclosed structure reduces dust spillage and supports matching dust removal devices.

 

Application Scenario

 

  • Mining field: Second and third stage crushing of metal ores (iron, copper, gold).

  • Sand and gravel aggregate: production of high-quality machine-made sand to meet the material needs of construction, roads and railways.

  • Industrial solid waste: recycling and crushing of steel slag and construction waste.