Sand Aggregate IndustryComprehensive Service ProviderSand Aggregate IndustryComprehensive Service ProviderJaw Crusher
| model | HJC145 |
| Feed opening | 1100 x 1450 mm |
| Max feed size | 950 mm |
| CSS Range | 160 - 280 mm |
| Capacity(by hour) | 420 - 900 t/h |
| Motor power | 200 kW |
*Note: The processing capacity of the HJC145 jaw crusher may vary with different materials and feeding sizes.
Work Process The large rocks are fed by the vibrating feeder into PCZ1512 heavy hammer crusher in a uniform manner. The crushed stones are then conveyed by the conveyor to 2YKZ2460 vibrating screen for classifying the stone materials in various sizes
The above pictures show the installation site of the cement production line in Saima Ningxia.
The 200t/h stone production line configuration is PCZ1510 heavy hammer crusher ZG0938 vibrating feeder 2YK1560 vibrating screen*2 sets.
The HJC145 Jaw Crusher is a high-performance model in the HJC Series Jaw Crushers, designed to handle ultra-large rock and extremely hard ore materials. With a maximum feed size of 950 mm, it is an excellent choice for primary crushing applications.
The HJC145 Jaw Crusher features an inlet size of 1100 x 1450 mm, capable of accepting a wide range of material inputs, enhancing operational flexibility. The adjustable outlet range of 160 - 280 mm provides users with precise control options to ensure the final product meets specific application requirements.
This crusher has a production capacity of 420 - 900 t/h, suitable for ultra-large-scale operations. Equipped with a 200 kW motor, it ensures efficient power output while considering energy efficiency, achieving both economic and environmental goals.
In terms of design, the HJC145 Jaw Crusher features a heavy-duty moving jaw assembly including high-quality cast steel components, a heavy eccentric shaft, four large self-aligning roller bearings, and a labyrinth seal structure. These components work together to ensure reliable operation under extreme conditions.
Additionally, the vibration damping installation design effectively absorbs peak loads from equipment vibrations, reducing noise pollution and minimizing impact on the foundation, thus extending the equipment's service life.
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