As the core primary crushing equipment in material processing lines, the jaw crusher adopts a crankshaft extrusion working principle. It can efficiently process various ores, rocks and construction wastes with compressive strength ≤ 320MPa, breaking large raw materials into medium-sized particles in one go. This provides qualified feedstock for subsequent secondary and fine crushing procedures, making it an indispensable device in mining, metallurgy, construction, infrastructure and solid waste treatment industries.
The equipment is designed with high manganese steel jaw plates, heavy-duty eccentric shafts and integral cast frames, boasting strong load-bearing capacity and stable operation to adapt to the harsh working conditions of long-term continuous operation. Its optimized deep-cavity crushing structure eliminates dead zones, boosting both feeding and crushing efficiency while saving 15%-30% energy per unit. The gasket-type discharge adjusting device flexibly modifies the output particle size, enabling one machine to meet diverse processing requirements.
The centralized lubrication system combined with modular wear parts design simplifies equipment maintenance and overhaul, significantly reducing operational costs and downtime. Meanwhile, it is manufactured in compliance with environmental standards, featuring low noise and dust emission. It can be equipped with dust removal devices to easily meet green production requirements. From primary crushing of raw ores in mines, stone processing at construction sites, to resource utilization of construction waste and cement clinker crushing, the jaw crusher stands out as a cost-effective choice for primary crushing in various industries, thanks to its simple structure, wide adaptability and high crushing efficiency.
