Mobile High Capacity Cone Crusher Machine For Mines And Quarries

Our high capacity horizontal cone crusher is a revolutionary coarse crushing equipment developed through extensive market research and customer feedback. This innovative solution effectively replaces traditional jaw crusher and cone crusher combinations, delivering superior performance in mining and quarry operations.

Yuantong Heavy Industry has pioneered a new generation of crushing equipment specifically designed for hard rock applications in both open-pit and underground mining. Our powerful cone crusher overcomes the limitations of conventional crushers, which often suffer from low crushing ratios, multiple equipment requirements, high space consumption, excessive investment costs, and inefficient energy usage.

Engineered to withstand high loads and deliver efficient crushing performance, these crushers excel in challenging operating conditions across multiple industries including mining, metallurgy, construction, cement production, and sand and gravel aggregates.

With exceptional crushing ratios, our crushers handle coarse, medium, and fine crushing of various ores, rocks, iron alloys, smelting slag, and other brittle materials with compressive strength up to 300MPa, achieving comprehensive crushing tasks with a single machine.

• High crushing ratio with feed particle sizes up to 400-900mm and product rate below 30mm reaching 60%
• Combined one-stage and two-stage crushing in a single machine with extended wear part life and 40% electricity savings
• Intelligent touchscreen control for adjustable discharge port settings and overload protection
• Iron-block resistant crushing chamber with anti-blockage design and automated operation
• Low noise and vibration levels for environmentally friendly mobile crushing systems

Note: Technical data based on materials with crushing hardness (Mohs hardness 3-7.5). Performance may vary depending on material characteristics, feed grading, moisture content, clay content, and bulk density. All data provided for reference purposes.