A mobile crusher is a portable crushing and screening plant used for processing rocks, stones, minerals, or construction waste into different sizes. It is mounted on a wheeled or tracked chassis and can be easily transported to different job sites.

Material is fed into the crusher, reduced in size by primary crushing, then passed through screens to be separated into various sizes and conveyed to stockpiles.

It is commonly used in road construction sites, mining operations, stone quarries, dam construction, concrete recycling facilities, and disaster areas.

What is a Crusher, What Does It Do, How Does It Work, and Where Is It Used?

A crusher is a heavy industrial machine used to break down hard rocks and minerals into smaller aggregates for construction use. It is essential in the production of concrete and road materials.

Material is loaded into the feeder, crushed by mechanical force in the crushing unit, screened into various sizes, and then stored or used directly.

Used extensively in road construction, concrete plants, railway infrastructure, and large-scale infrastructure projects.

What is the Difference Between Mobile and Fixed Crushers and Where Are They Used?

A mobile crusher is designed for portability and quick deployment at various locations, ideal for temporary or short-term projects.

A fixed crusher is installed in a permanent location with high production capacity and infrastructure. It is used in long-term, high-volume operations.

Key Differences:

  • Mobile crushers are portable; fixed crushers are stationary.

  • Mobile units have shorter setup times; fixed systems take longer to install.

  • Fixed crushers offer higher capacity.

  • Mobile crushers provide flexibility; fixed ones ensure stable operation.

What is a Basalt Crushing and Screening Plant, What Does It Do, How Does It Work, and Where Is It Used?

A basalt crushing and screening plant processes hard, volcanic-origin basalt stone into usable aggregate. It includes crushing units and vibrating screens.

Basalt’s high wear resistance and durability make it suitable for road construction, railway ballast, concrete manufacturing, and drainage systems.