A mobile crusher is a transportable crushing and screening plant used to process hard materials such as rocks, concrete, and asphalt. It is mounted on wheels or tracks, allowing it to move easily between work sites. Its mobility makes it ideal for temporary or short-term projects.

It usually consists of feeders, jaw or impact crushers, screens, conveyors, and control panels. Raw material is fed into the crusher, crushed into smaller sizes, then passed through vibrating screens for classification. The final product is transported by conveyor belts to designated storage areas.

Applications:

  • Road construction

  • Bridge and dam projects

  • Urban demolition

  • Aggregate production

  • Mining operations

What is a Stationary Crusher, What Is It Used For, How Does It Work, and In Which Fields Is It Used?

A stationary crusher is a fixed crushing facility installed on concrete foundations. It is designed for continuous and high-volume material processing. These plants are commonly used in long-term industrial projects requiring stable and heavy-duty performance.

It includes primary crushers, secondary or tertiary crushers, screening units, conveyors, and automation systems. Materials pass through several stages of crushing and screening, producing different aggregate sizes.

Applications:

  • Large-scale quarries

  • Mining industries

  • Concrete and asphalt plant supply

  • Infrastructure projects

Differences Between Stationary and Mobile Crushers

  • Mobility: Mobile crushers can relocate easily; stationary ones are fixed.

  • Setup Time: Mobile units require less time to be operational.

  • Capacity: Stationary units are generally more powerful.

  • Investment Scope: Mobile units are better for short-term projects; stationary plants suit long-term investments.

  • Operating Cost: Stationary units can be more cost-efficient due to automation.

What is a Soil Screening Plant, What Is It Used For, How Does It Work, and In Which Fields Is It Used?

A soil screening plant separates unwanted elements like stones, debris, roots, and coarse material from excavated or natural soil. It ensures that only fine, uniform soil passes through for reuse. This is critical in applications like landscaping, agriculture, or construction.

The soil is placed onto the feeder. A vibrating or rotary screen sorts the material. Coarse material is retained while fine soil passes through and is collected. This improves soil quality and suitability for intended purposes.

Applications:

  • Agriculture and greenhouses

  • Landscaping projects

  • Site preparation in construction

  • Waste recycling and composting