A mobile crusher is a transportable crushing and screening plant used to reduce the size of large rocks, stones, or concrete into usable aggregates. These systems are mounted on tracked or wheeled chassis and can be easily relocated between different job sites. They are widely used in road construction, mining, infrastructure projects, and demolition waste recycling due to their flexibility.

It operates by receiving raw material into a hopper, which feeds it into the crusher unit. Depending on the configuration, the material is broken down using a jaw, impact, or cone crusher. Then, the crushed material is classified by vibrating screens and transported by conveyor belts. Mobile systems are quick to set up and require minimal space on-site.

What Is a Stationary Crusher, What Is It Used For, How Does It Work, and Where Is It Used?

A stationary crusher is a permanent installation designed for large-scale and continuous processing of hard materials. These plants are ideal for long-term, high-tonnage projects and consist of several fixed components such as primary crushers, secondary and tertiary crushers, screens, and conveyors.

Raw material is transported to the plant, crushed in the designated crusher, and sorted through vibrating screens. Stationary plants offer high efficiency, better control over product quality, and greater durability in large mining and quarry operations.

Differences Between Mobile and Stationary Crushers

Mobile crushers are designed for flexibility and mobility. They can be moved from one site to another and are quickly operational. Stationary crushers are fixed, require foundational construction, and are suitable for large, continuous production. Mobile plants are best for temporary jobs; stationary plants are suited for permanent, high-volume operations.

What Are Secondary Impact Crusher 03 Pendulums, What Are They Used For, How Do They Work, and Where Are They Used?

Secondary impact crusher 03 pendulums are specialized components inside the crusher chamber, designed to enhance material fragmentation. The pendulum acts as a hard steel surface where the stone impacts after being thrown by the high-speed rotor.

In the 03 version, the pendulums are engineered for precise adjustment, allowing greater control over final product size and shape. The rotor launches the material at high velocity toward the pendulums, where it is crushed by impact. These components are made of wear-resistant manganese or alloy steel to ensure durability.

They are commonly used in aggregate production, road construction, mining, and recycling industries. Their main function is to ensure consistent, cubic-shaped output with high efficiency and reduced operational downtime.