Crusher

Working Principle During operation, the equipment is powered by a motor, causing internal components to continuously perform reciprocating swings, high-speed rotations, or eccentric rotary motions. These actions apply forces such as extrusion, impact, splitting, grinding, and collision to large materials fed into the machine's chamber, breaking the material's internal structure and causing it to fracture and crush. The materials are repeatedly crushed within the crushing chamber. When the particle size meets the specified discharge opening size of the equipment, they are automatically discharged from the outlet at the bottom by gravity. Larger materials that do not meet the standard remain in the chamber for repeated crushing until the particle size is achieved and discharge is completed. Application Fields Mining Industry: Crushing raw materials after the extraction of various metal ores and non-metallic ores, preparing them for subsequent beneficiation and grinding processes. Infrastructure and Building Materials: Producing sand and gravel aggregates for the construction of highways, bridges, buildings, and water conservancy projects, supplying materials for concrete and asphalt mixtures. Construction Waste Recycling: Crushing concrete blocks, bricks, and waste stone from demolition, processing them into recycled aggregates for roadbed backfill and permeable brick production. Thermal Power and Coal Processing: Crushing and refining raw coal to facilitate full combustion in boilers, while also processing coal gangue and other associated mining waste.