CI Large Mouth Impact Crusher Working Principle
The working principle of the CI Large Mouth Impact Crusher follows a highly efficient process of centrifugal acceleration → material impact → finished product discharge, as follows:
1. Feeding: Material enters from the top and falls into the center of the high-speed rotating impeller.
2. Acceleration: Under the action of centrifugal force, the impeller throws the material out of the flow channel at high speed.
3. Impact Crushing: The ejected material first collides with the falling material (stone-on-stone impact), achieving initial crushing.
4. Impact Shaping: Subsequently, the material impacts the material lining or impact blocks formed in the cavity (stone-on-metal impact), further crushing and optimizing the particle shape.
5. Classification and Discharge: Qualified material is discharged from the bottom, while unqualified particles continue to be crushed in the cavity.
Advantages of CI Large Mouth Impact Crusher
1. High efficiency and energy saving, outstanding output: The unique crushing chamber design and high linear speed significantly improve crushing efficiency and reduce energy consumption per unit.
2. Excellent product particle shape: The combination of stone-on-stone and stone-on-iron principles results in cubic-shaped finished material particles with low needle-like and flaky content, especially suitable for high-standard aggregate requirements.
3. Low wear of wear parts and long service life: The core wear-resistant components are made of high-chromium alloy or ceramic composite materials, providing strong wear resistance. The optimized flow channel design reduces friction between the material and the surrounding protective plates, resulting in low maintenance costs.
4. Simple installation and maintenance, stable operation: The compact structural design allows for flexible installation. The hydraulic opening device makes inspection and maintenance of the rotor and wear parts more convenient and faster. The equipment operates with low vibration and low noise.
Applicable Materials:
• River pebbles, granite, basalt, limestone, quartz stone, iron ore, etc.
• Recycling and crushing of construction waste
• Mine tailings treatment
Application Scenarios:
• Manufactured sand production and stone shaping
• Aggregate production for high-grade highways, railways, water conservancy projects, and construction industries
• Secondary and tertiary crushing processes in mining
• Sand and aggregate production for concrete mixing plants
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