Mobile crushers are portable crushing and screening systems designed for efficient material processing at varying job sites. These machines are engineered to handle hard materials such as stone, concrete, asphalt, and demolition debris. A mobile crusher is typically mounted on a wheeled or tracked chassis, providing the flexibility to be transported between different project locations. The system generally includes a vibrating feeder, primary jaw crusher or impact crusher, secondary crushing unit, screening equipment, conveyor belts, and a control system. The process begins with raw material being fed into the hopper. The primary crusher reduces the material size, followed by further refinement in the secondary crusher. Screen units then sort the material into different sizes for final use or transport. Mobile crushers are especially beneficial in construction projects, roadworks, mining sites, and recycling facilities. Their key advantage lies in their ability to perform on-site crushing, significantly reducing transportation costs and time.

Stationary crushers, on the other hand, are permanent installations built for high-volume and continuous material production. These plants are set up on concrete foundations and are often located in large-scale quarries, cement plants, mining operations, and industrial production sites. They are ideal for long-term operations with high output demands. The process involves feeding raw materials into the plant, where it undergoes multiple stages of crushing and screening. The entire operation is typically automated and powered by electricity. Components include jaw or cone crushers, screening units, belt conveyors, feeders, and automation panels. Stationary crushers are preferred where consistent quality and large quantities of aggregate or mineral output are required.

The primary differences between mobile and stationary crushers lie in their mobility, setup time, power supply, and production capacity. Mobile crushers are suitable for short-term projects, easy to deploy, and powered by diesel engines. They offer operational flexibility and quick relocation between job sites. In contrast, stationary crushers are designed for heavy-duty and high-output applications. They require substantial site preparation and operate on electric power. While mobile units are efficient for temporary jobs or remote areas, stationary units deliver greater throughput and long-term cost efficiency in fixed industrial environments.

Sixteen to eighteen manganese crusher tracks are high-strength crawler systems used in tracked mobile crushers. These tracks are made from manganese steel alloys containing sixteen to eighteen percent manganese content, known for their exceptional wear and impact resistance. The high manganese composition increases the elasticity and toughness of the tracks, allowing them to absorb impact and friction without breaking. These tracks are powered by hydraulic motors that enable the entire crushing plant to move across rough terrain, including mountainous, muddy, and uneven job sites. The tracks allow for precise maneuvering and positioning, enabling on-site crushing without the need to transport raw material off-site. This not only improves productivity but also lowers operational costs. Manganese tracks are critical in heavy-duty applications such as mining, rock quarries, dam construction, and large-scale infrastructure development.