A crusher is a heavy-duty industrial machine used to reduce large and hard materials such as stones, rocks, or mineral ores into smaller, usable sizes. Crushers are essential in construction sites, quarries, mining operations, and recycling plants. Their primary goal is to process large, raw materials into finer aggregate suitable for further use.

Crushers typically operate through pressure or impact mechanisms. The material is fed into the system using a feeder, then crushed using jaws, impact plates, or cones. Afterward, the material is screened and separated into different sizes via screening systems.

Common application areas include road construction, dam building, infrastructure development, stone and mineral quarries, and recycling centers for demolition waste. As construction activities grow, the demand for crushers increases in parallel.

What is a Mobile Crusher, What is its Purpose, How Does it Work, and Where is it Used?

A mobile crusher is a portable crushing unit mounted on wheels or tracks, capable of processing material directly on-site. It is ideal for projects where permanent installation is impractical or economically inefficient.

These systems eliminate the need to transport material to a fixed site, saving both time and cost. Mobile crushers usually consist of a feeder bunker, primary and secondary crushers, screening unit, and conveyor belts.

They are widely used in temporary quarry operations, road construction sites, rubble recycling projects, and remote areas where transporting materials is difficult. Mobile crushers are highly appreciated for their flexibility and convenience.

What is a Stationary Crusher, What is its Purpose, How Does it Work, and Where is it Used?

A stationary crusher is a fixed crushing plant permanently installed at a site for continuous material processing. These systems are preferred in high-capacity operations that require sustained production.

Stationary systems consist of various crushing units such as jaw, cone, or impact crushers, along with screeners and conveyor belts. Since they are fixed, they provide higher efficiency and durability but require more space and investment.

Common applications include permanent quarry facilities, large infrastructure projects, steel plants' raw material preparation, and industrial mining operations.

Differences Between Mobile and Stationary Crushers

Mobile and stationary crushers serve different operational purposes. Their key differences include:

  • Mobility: Mobile crushers are portable, stationary ones are fixed at a location.

  • Setup and Cost: Mobile systems are faster and cheaper to install, while stationary ones involve longer and more expensive setup processes.

  • Production Capacity: Stationary systems offer higher output; mobile systems offer more flexibility but lower capacity.

  • Project Type: Stationary systems are used for long-term projects; mobile systems suit temporary or transitional projects.

  • Maintenance: Stationary systems allow for structured maintenance; mobile units require on-site servicing.

What is a 110 Mobile Crusher, What is its Purpose, How Does it Work, and Where is it Used?

The 110 mobile crusher refers to a model featuring a 1100x850 mm jaw opening. It is a mid-to-large scale mobile crushing system designed to operate efficiently on demanding construction and mining sites.

This model typically has a capacity of 150–300 tons per hour and is capable of crushing hard materials like granite, basalt, and limestone. Its mobile nature allows for easy transport between sites and immediate deployment.

It is used in:

  • Medium and large-scale construction projects

  • Highway, bridge, and dam construction

  • Mining and quarrying operations

  • Concrete recycling yards

Thanks to its portability, high output, and energy efficiency, the 110 mobile crusher is widely appreciated in the industry. It also features a user-friendly interface and robust build quality.