Symons Cone Crusher

About of Symons Cone Crusher

• CS Symons Cone Crusher | Efficient And Stable, The First Choice For Medium-Hard Ore Crushing

  CS Symons cone crusher, with its classic mechanical design, has become an ideal equipment for medium and fine crushing of medium-hard ores (granite, iron ore, etc.) with high stability and low long-term cost. It provides a variety of chamber types, including standard and short-head types, to meet different particle size requirements and is widely used in the global mining and building materials industries.

  Core Advantages And Technical Highlights

  • Classic and durable: fixed main shaft + eccentric sleeve structure, continuous and stable crushing stroke, and a service life of more than 10 years.

  • Flexible adjustment: spring/hydraulic overload protection to prevent iron blocks from getting stuck, and maintenance costs are reduced by 30%.

  • Efficient lubrication: independent circulation lubrication system, bearing temperature rise ≤5℃, to ensure high-intensity operation.

  • Multi-chamber selection: standard type (medium crushing), short head type (fine crushing), finished product particle size 3-50mm adjustable. 

   

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• Comparison Between CS Symons and HP Series

  CS Symons cone crusher: mechanical spring system, simple structure; medium-hard ore, limited budget projects; low maintenance cost (strong spare parts versatility).

  HP hydraulic cone crusher: pressure adjustment, faster response; high-hardness ore, automated production line; high maintenance cost (professional hydraulic maintenance required)

  Typical application areas

  • Mining crushing: medium and fine crushing of iron ore, copper ore, and granite, with a processing capacity of 50-800 tons/hour.

  • Building materials production: machine-made sand, high-grade concrete aggregate processing, excellent finished product particle shape.

  Operation precautions

  ⚠ ​​Uniform feeding: It is recommended to configure a material level adjustment device to avoid liner wear.

  ⚠ ​​Energy efficiency optimization: The energy consumption is lowest when running at full load, and it is recommended to use a vibrating screen for pre-screening at low load.