Sand Aggregate IndustryComprehensive Service ProviderSand Aggregate IndustryComprehensive Service ProviderJaw Crusher
| model | HJC80 |
| Feed opening | 550 x 800 mm |
| Max feed size | 460 mm |
| CSS Range | 70 - 150 mm |
| Capacity(by hour) | 100 - 220 t/h |
| Motor power | 55 kW |
*Note: The processing capacity of the HJC80 jaw crusher may vary with different materials and feeding sizes.
The owner of this production line has over 20 years of experience in the construction of stone plan. By compared with many others it selects Dingli’s equipment since the aggregates produced have sound grain shape better quality.
This 600tph production line basically configured with PCZ1615 heavy hammer crusher ZG1538 feeder 3YKZ2670 vibrating screen*2 sets，PC1213 hammer crusher 2YKZ2670 vibrating screen*2 sets.
Seen from the pics the whole stone crushing line adopts fully-closed mode. Compared with previously open-pit operation it is more eco-friendly. The feed silo production process and discharge silo are also enclosed by the closing plate to
The HJC80 Jaw Crusher is a high-performance model in the HJC Series Jaw Crushers, designed to handle large rock and hard ore materials. With a maximum feed size of 460 mm, it is an excellent choice for primary crushing applications.
The HJC80 Jaw Crusher has an inlet size of 550 x 800 mm, capable of accepting a wide range of material inputs, enhancing operational flexibility. The adjustable outlet range of 70 - 150 mm provides users with precise control options to ensure the final product meets specific application requirements. This crusher has a production capacity of 100 - 220 t/h, suitable for large-scale operations. Equipped with a 55 kW motor, it ensures efficient power output while considering energy efficiency, achieving both economic and environmental goals.
In terms of design, the HJC80 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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