model | CJ6310 |
Feed opening | 630 x 1000 mm |
Max feed size | 580 mm |
CSS Range | 80 - 180 mm |
Motor power | 75 kW |
Dimensions | 3763 x 2280 x 2644 mm |
Rotation speed of eccentric shaft | 250 r/min |
*Note: The processing capacity of the CJ6310 jaw crusher may vary with different materials and feeding sizes.
This stone production line designed and configured by Xinxiang Dingli is featured by energy saving environmental protection and large scale.
Basic configuration includes ZG1238 vibrating feeder PCZ1512 heavy hammer crusher 22YK2060 vibrating screen*2 sets DMCA pulse deduster*5 sets etc.
This whole aggregates production line adopts modular assembly mode. Each steel structure is assembled in the workshop before its delivery to the production site which saves a lot of time required for assembly.
The CJ6310 Jaw Crusher is a compact and efficient crushing machine designed and manufactured by our company using advanced foreign technology. This European-style jaw crusher is capable of handling materials with a compressive strength below 320MPa and is widely used in mining, construction materials, cement, metallurgy, road construction, and chemical industries.
The CJ6310 Jaw Crusher operates smoothly without vibration, ensuring stable and reliable performance. This feature minimizes wear and tear on the machine, extending its lifespan and reducing maintenance needs. The advanced design provides a reliable and efficient crushing solution for demanding applications.
The CJ6310 Jaw Crusher features a frameless structure with high-strength wall plates and precision-machined pins, forming a robust chassis that enhances load-bearing capacity. The moving jaw assembly, pulleys, and flywheels are all made from high-quality cast steel or cast iron, providing exceptional durability. The use of high-strength forged eccentric shafts and premium bearings ensures outstanding reliability.
The CJ6310 Jaw Crusher has an optimized chamber design with well-coordinated feed opening dimensions and chamber height. The ratio of the feed opening length to width is carefully tested to maximize material throughput and minimize clogging issues.
The discharge opening adjustment mechanism uses a dual-wedge structure, making it easy and reliable to adjust. This allows users to quickly and conveniently change the discharge opening size, reducing downtime and improving operational flexibility.
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