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This heavy-duty, high-performance jaw crusher is specifically designed for rigorous primary crushing operations. With its robust construction, high production capacity, reliability, and relatively low operating costs, it has become the preferred equipment for numerous large-scale mines, quarries, and aggregate producers worldwide.
Quarry: Crushes various natural rocks including granite, basalt, limestone, and sandstone to produce construction aggregates (crushed stone). Mine: Primary crushes various metal ores (e.g., iron ore, copper ore) and non-metallic minerals. Construction Waste Recycling: Crushes concrete, asphalt blocks, and other demolition materials for resource recovery. Industrial Applications: Processes industrial minerals or other hard materials requiring primary crushing. Large Aggregate Production Facilities: As the first crushing stage in production lines.
(1) Robust Structure: The integrated heavy-duty frame made of high-strength steel ensures stability and longevity under intense crushing forces and impact loads.
(2) Optimized Crushing Chamber Design: A non-restrictive feed opening (typically large in size, e.g., 900x1000mm) combined with optimized chamber configuration ensures efficient material flow, enhances processing capacity, and reduces clogging risks. Steep intermeshing angles improve crushing efficiency.
(3) Efficient Power Transmission: Large flywheel design effectively stores energy, stabilizing the crushing process and reducing motor load fluctuations. Equipped with high-power motors to deliver robust crushing force.
(4) Modular, Easy-Maintenance Design: Removable end plates/sides facilitate replacement of worn components. Integrated Motor Base: Simplifies installation and alignment. Centralized Lubrication System: Provides reliable lubrication for critical bearings, reduces maintenance workload, and extends bearing life.
(5) Reliable Discharge Port Adjustment Mechanism: Typically employs a hydraulic wedge adjustment system, offering simple, quick, and safe operation. Allows effortless adjustment of discharge port size (CSS) during equipment operation to achieve desired final product particle size. Dual-wedge design ensures secure fixation.
(6) Long-Life Wear-Resistant Components: Dynamic jaw plates and fixed jaw plates are manufactured from high-manganese steel or other wear-resistant alloys. Different tooth designs can be selected based on material characteristics to optimize crushing efficiency and wear resistance. Jaws can be flipped for extended replacement intervals.
(7) Safety Protection: Features overload protection devices (e.g., hydraulic cylinders or shear pins) that automatically release upon encountering non-shatterable objects (e.g., iron blocks), protecting core components from damage.
(1) High Processing Capacity: Optimized chamber design and unrestricted feed opening combined with powerful power output deliver exceptional production capacity among similar-sized crushers.
(2) Superior Reliability and Durability: Heavy-duty structure, premium materials, and precision manufacturing ensure extremely low failure rates and extended service life, maximizing operational uptime.
(3) Lower Operating Costs: Extended wear-resistant component lifespan reduces replacement frequency and spare parts expenses. Easy Maintenance: Modular design, centralized lubrication, and easily accessible maintenance points significantly shorten downtime and reduce labor costs. Energy Efficiency: Optimized crushing principles and power transmission enhance energy efficiency per unit output.
(4) Superior Particle Form: Enhanced chamber design and crushing motion generate more cubic-shaped products while reducing flaky particles, improving aggregate quality.
(5) Flexible Operation: Hydraulic-adjustable discharge ports enable quick response to varying particle size requirements.
(6) Easy Installation: Integrated motor bases simplify on-site setup.
(7) Brand Reputation & Support: Metso provides global technical support, spare parts supply, and service networks to ensure long-term stable operation of equipment.
Parameter Name | Specification Value |
Feed Opening Size | Approx. 900 mm x 1000 mm (35" x 40") |
Max Feed Size | Approx. 800 mm (31") |
Capacity | Approx. 150 - 700 metric tons/h (165 - 770 short tons/h) |
Motor Power | Approx. 160 - 250 kW (200 - 335 HP) |
CSS Range (Discharge Setting) | Approx. 75 - 200 mm (3" - 8") |
Machine Weight (Empty) | Approx. 25,000 - 35,000 kg (55,000 - 77,000 lbs) |
Dimensions (L x W x H) | Large |
This heavy-duty, high-performance jaw crusher is specifically designed for rigorous primary crushing operations. With its robust construction, high production capacity, reliability, and relatively low operating costs, it has become the preferred equipment for numerous large-scale mines, quarries, and aggregate producers worldwide.
Quarry: Crushes various natural rocks including granite, basalt, limestone, and sandstone to produce construction aggregates (crushed stone). Mine: Primary crushes various metal ores (e.g., iron ore, copper ore) and non-metallic minerals. Construction Waste Recycling: Crushes concrete, asphalt blocks, and other demolition materials for resource recovery. Industrial Applications: Processes industrial minerals or other hard materials requiring primary crushing. Large Aggregate Production Facilities: As the first crushing stage in production lines.
(1) Robust Structure: The integrated heavy-duty frame made of high-strength steel ensures stability and longevity under intense crushing forces and impact loads.
(2) Optimized Crushing Chamber Design: A non-restrictive feed opening (typically large in size, e.g., 900x1000mm) combined with optimized chamber configuration ensures efficient material flow, enhances processing capacity, and reduces clogging risks. Steep intermeshing angles improve crushing efficiency.
(3) Efficient Power Transmission: Large flywheel design effectively stores energy, stabilizing the crushing process and reducing motor load fluctuations. Equipped with high-power motors to deliver robust crushing force.
(4) Modular, Easy-Maintenance Design: Removable end plates/sides facilitate replacement of worn components. Integrated Motor Base: Simplifies installation and alignment. Centralized Lubrication System: Provides reliable lubrication for critical bearings, reduces maintenance workload, and extends bearing life.
(5) Reliable Discharge Port Adjustment Mechanism: Typically employs a hydraulic wedge adjustment system, offering simple, quick, and safe operation. Allows effortless adjustment of discharge port size (CSS) during equipment operation to achieve desired final product particle size. Dual-wedge design ensures secure fixation.
(6) Long-Life Wear-Resistant Components: Dynamic jaw plates and fixed jaw plates are manufactured from high-manganese steel or other wear-resistant alloys. Different tooth designs can be selected based on material characteristics to optimize crushing efficiency and wear resistance. Jaws can be flipped for extended replacement intervals.
(7) Safety Protection: Features overload protection devices (e.g., hydraulic cylinders or shear pins) that automatically release upon encountering non-shatterable objects (e.g., iron blocks), protecting core components from damage.
(1) High Processing Capacity: Optimized chamber design and unrestricted feed opening combined with powerful power output deliver exceptional production capacity among similar-sized crushers.
(2) Superior Reliability and Durability: Heavy-duty structure, premium materials, and precision manufacturing ensure extremely low failure rates and extended service life, maximizing operational uptime.
(3) Lower Operating Costs: Extended wear-resistant component lifespan reduces replacement frequency and spare parts expenses. Easy Maintenance: Modular design, centralized lubrication, and easily accessible maintenance points significantly shorten downtime and reduce labor costs. Energy Efficiency: Optimized crushing principles and power transmission enhance energy efficiency per unit output.
(4) Superior Particle Form: Enhanced chamber design and crushing motion generate more cubic-shaped products while reducing flaky particles, improving aggregate quality.
(5) Flexible Operation: Hydraulic-adjustable discharge ports enable quick response to varying particle size requirements.
(6) Easy Installation: Integrated motor bases simplify on-site setup.
(7) Brand Reputation & Support: Metso provides global technical support, spare parts supply, and service networks to ensure long-term stable operation of equipment.
Parameter Name | Specification Value |
Feed Opening Size | Approx. 900 mm x 1000 mm (35" x 40") |
Max Feed Size | Approx. 800 mm (31") |
Capacity | Approx. 150 - 700 metric tons/h (165 - 770 short tons/h) |
Motor Power | Approx. 160 - 250 kW (200 - 335 HP) |
CSS Range (Discharge Setting) | Approx. 75 - 200 mm (3" - 8") |
Machine Weight (Empty) | Approx. 25,000 - 35,000 kg (55,000 - 77,000 lbs) |
Dimensions (L x W x H) | Large |
