Jaw Crusher:

  • Working Principle: Crushing material between fixed and movable jaw plates.

  • Applications:

    • Primary crushing.

    • Hard and abrasive materials (granite, basalt).

    • Mining and quarrying.

  • Advantages: High durability, simple design, low energy consumption.

2. Impact Crusher:

  • Working Principle: High-speed rotors and hammers apply impact force.

  • Applications:

    • Secondary/tertiary crushing.

    • Concrete recycling, limestone, brittle materials.

    • Fine-grained and cubic aggregate production.

  • Advantages: High cubicity, flexible feed size.

3. Cone Crusher:

  • Working Principle: Crushing by rotating mantle against a fixed concave.

  • Applications:

    • Medium to hard materials (basalt, andesite).

    • Sand and gravel production.

    • Mining and aggregate plants.

  • Advantages: Long lifespan, low wear, high capacity.

4. Vertical Shaft Impactor (VSI):

  • Working Principle: Rotor on a vertical shaft throws material against walls.

  • Applications:

    • Sand-making and cubic aggregate production.

    • High-quality concrete fine material.

    • Grinding and shaping processes.

  • Advantages: Dust control, high cubic yield.

5. Roll Crusher:

  • Working Principle: Crushing material between two rotating cylinders.

  • Applications:

    • Soft to medium-hard materials (coal, clay, salt).

    • Ideal for fine-sized products.

  • Advantages: Low energy consumption, easy maintenance.

6. Hammer Crusher:

  • Working Principle: Rotating hammers apply impact and shear forces.

  • Applications:

    • Brittle and low-hardness materials (gypsum, chalk).

    • Cement and lime industry.

  • Advantages: High efficiency, compact design.