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The CV160 jaw crusher is globally recognized as the benchmark product for primary crushing of hard rocks, renowned for its unparalleled reliability, extremely high processing capacity, and robust and durable design. It serves as the "first barrier" for large mines, quarries, and massive aggregate production lines.Its design philosophy is: Under the most challenging conditions, it aims to achieve the highest equipment utilization rate (operating time) and the lowest tonnage crushing cost.
Hard rock metal mines: Main primary crushing for copper mines, gold mines, iron mines, etc.
Large granite/obsidian quarries: The first stage of crushing for producing high-quality aggregates.
Large-scale project supporting aggregate plant: Such as projects like hydropower dams and cross-sea bridges that require the construction of their own aggregate systems.
High-capacity stationary aggregate production line: Large-scale sand and stone base with an annual processing capacity of over several million tons.
(1)Revolutionary frame structure:
Non-welded, modular frame: The frame is made of high-strength cast steel or rolled steel plates, connected by giant pin shafts and high-strength bolts, rather than being welded as a whole. This completely eliminates the risk of welding stress concentration and fatigue cracks, providing top-level impact and fatigue resistance, with a lifespan of up to several decades.
(2)Ultra-long-life bearings and bearing housings:
Integrated cast steel bearing housing: Integrated into the frame, with extremely high rigidity.
Extra-large size self-aligning roller bearing: It is equipped with "long-life series" bearings from top brands such as SKF or FAG. Its rated lifespan exceeds the design lifespan of the equipment. It can automatically compensate for installation deviations and is the core for ensuring continuous heavy-load operation.
(1)Optimized kinematics and crushing cavity design:
"Steep elbow plate" design: The elbow plate angle has been optimized, enabling significant crushing force to be generated at the top of the moving jaw, facilitating effective biting and crushing of large materials.
Deep V-shaped crushing chamber: Ensures smooth feeding and achieves efficient crushing throughout the entire crushing process, thereby enhancing processing capacity and product uniformity.
(2)Fast and safe maintenance design:
Hydraulic wedge block discharge port adjustment system: By operating the hydraulic station, the discharge port can be easily, precisely and safely adjusted (the range is usually between 150-400mm), without the need for manual gaskets, saving a significant amount of downtime.
(3)Symmetrical Z-shaped jaw plate: The jaw plate can be used in reverse, doubling the wear life. Made of Ameco's patented high-maintenance alloy steel such as MX or M1.
(4)Convenient jaw plate replacement: The jaw plates are mechanically fixed by filling epoxy resin on the backside. The replacement time is over 50% shorter than the traditional zinc filling method.
(5)Integrated design and overload protection:
Integration of motor base and transmission system: The motor, pulley, V-belt and protective cover are designed as a whole, making installation and alignment quick and easy.
(6)Shearing pipe/hydraulic overload protection: When encountering non-deformable objects (such as chipping teeth, drill bits), the shearing pipe will break or the hydraulic system will release, instantly protecting the eccentric shaft, bearings and other core components. Replacing the protective parts is much faster and cheaper than repairing the core components.
Specification | Details |
Installed Power | 250kw |
| Feed Opening Size | 1600 mm x 1200 mm |
| Discharge Adjustment | 150-400mm |
Weight (Total Crusher) | 80-95tons |
| Feed Opening | 1200mm |
The CV160 jaw crusher is globally recognized as the benchmark product for primary crushing of hard rocks, renowned for its unparalleled reliability, extremely high processing capacity, and robust and durable design. It serves as the "first barrier" for large mines, quarries, and massive aggregate production lines.Its design philosophy is: Under the most challenging conditions, it aims to achieve the highest equipment utilization rate (operating time) and the lowest tonnage crushing cost.
Hard rock metal mines: Main primary crushing for copper mines, gold mines, iron mines, etc.
Large granite/obsidian quarries: The first stage of crushing for producing high-quality aggregates.
Large-scale project supporting aggregate plant: Such as projects like hydropower dams and cross-sea bridges that require the construction of their own aggregate systems.
High-capacity stationary aggregate production line: Large-scale sand and stone base with an annual processing capacity of over several million tons.
(1)Revolutionary frame structure:
Non-welded, modular frame: The frame is made of high-strength cast steel or rolled steel plates, connected by giant pin shafts and high-strength bolts, rather than being welded as a whole. This completely eliminates the risk of welding stress concentration and fatigue cracks, providing top-level impact and fatigue resistance, with a lifespan of up to several decades.
(2)Ultra-long-life bearings and bearing housings:
Integrated cast steel bearing housing: Integrated into the frame, with extremely high rigidity.
Extra-large size self-aligning roller bearing: It is equipped with "long-life series" bearings from top brands such as SKF or FAG. Its rated lifespan exceeds the design lifespan of the equipment. It can automatically compensate for installation deviations and is the core for ensuring continuous heavy-load operation.
(1)Optimized kinematics and crushing cavity design:
"Steep elbow plate" design: The elbow plate angle has been optimized, enabling significant crushing force to be generated at the top of the moving jaw, facilitating effective biting and crushing of large materials.
Deep V-shaped crushing chamber: Ensures smooth feeding and achieves efficient crushing throughout the entire crushing process, thereby enhancing processing capacity and product uniformity.
(2)Fast and safe maintenance design:
Hydraulic wedge block discharge port adjustment system: By operating the hydraulic station, the discharge port can be easily, precisely and safely adjusted (the range is usually between 150-400mm), without the need for manual gaskets, saving a significant amount of downtime.
(3)Symmetrical Z-shaped jaw plate: The jaw plate can be used in reverse, doubling the wear life. Made of Ameco's patented high-maintenance alloy steel such as MX or M1.
(4)Convenient jaw plate replacement: The jaw plates are mechanically fixed by filling epoxy resin on the backside. The replacement time is over 50% shorter than the traditional zinc filling method.
(5)Integrated design and overload protection:
Integration of motor base and transmission system: The motor, pulley, V-belt and protective cover are designed as a whole, making installation and alignment quick and easy.
(6)Shearing pipe/hydraulic overload protection: When encountering non-deformable objects (such as chipping teeth, drill bits), the shearing pipe will break or the hydraulic system will release, instantly protecting the eccentric shaft, bearings and other core components. Replacing the protective parts is much faster and cheaper than repairing the core components.
Specification | Details |
Installed Power | 250kw |
| Feed Opening Size | 1600 mm x 1200 mm |
| Discharge Adjustment | 150-400mm |
Weight (Total Crusher) | 80-95tons |
| Feed Opening | 1200mm |
