Product Introduction
The PEW Series Jaw Crusher is a modern, high-efficiency primary crushing machine designed for mining, quarrying, and construction applications. Built with advanced engineering and robust materials, it ensures reliable performance in processing hard rocks, ores, and recycled concrete. With its deep crushing chamber and optimized kinematics, the PEW Jaw Crusher delivers high crushing efficiency, lower operating costs, and extended service life—making it an ideal choice for demanding operations.
Working Principle
The PEW Jaw Crusher operates using compressive force, efficiently reducing large rocks into smaller sizes:
- Feed Material Entry – Raw materials enter the crushing chamber through the feed opening.
- Jaw Compression – The movable jaw plate exerts strong crushing force against the fixed jaw plate, breaking material into smaller pieces.
- Adjustable Discharge – The hydraulic adjustment system allows quick and precise control over the output size.
- Safe & Smooth Operation – Equipped with asymmetric deep V-shaped cavity and high-strength frame, ensuring less wear and stable crushing performance.
Applications
The PEW Jaw Crusher is widely used in:
- Mining & Metallurgy – Crushing iron ore, gold ore, copper ore, and granite.
- Aggregate & Quarrying – Producing high-quality sand and gravel for construction.
- Construction & Demolition Waste Recycling – Processing concrete, bricks, and asphalt.
- Cement & Chemical Industry – Grinding raw materials like limestone and basalt.
Key Advantages
- Strong & Durable Structure – Reinforced frame and high-grade steel components ensure longevity.
- High Crushing Efficiency – Optimized cavity design maximizes output while reducing energy consumption.
- Easy Maintenance – Hydraulic adjustment system simplifies settings and reduces downtime.
- Low Operation Cost – Energy-saving motor and durable wear parts lower operational expenses.
- Safe & Stable Performance – Advanced lubrication system extends bearing life for smooth operation.
Specifications – Technical Data