Sand Aggregate IndustryComprehensive Service Provider| model | PE830 x 1060 |
| Feed opening | 830 x 1060 mm |
| Max feed size | 650 mm |
| CSS Range | 160 - 220 mm |
| Capacity(by hour) | 150 - 336 tph |
| Motor power | 110 KW |
| Dimensions | 2740 x 243 x 2800 mm |
| Weight | 30.7 t |
| Rotation speed of eccentric shaft | 250 r/min |
*Note: The processing capacity of the PE830 x 1060 jaw crusher may vary with different materials and feeding sizes.
Nominal capacity40 - 110 tph
Max. feed size425 mm
Motor power55 KW
Live ChatNominal capacity150 - 336 tph
Max. feed size650 mm
Motor power110 KW
Live ChatNominal capacity50 - 160 tph
Max. feed size500 mm
Motor power55 KW
Live Chat
As to the process of cement production you should firstly crush the materials of limestone and clay and then matching.

The above pictures show the installation site of the cement production line in Saima Ningxia.

It is vital to select quality production equipment for the first investment of a small-scale stone plant. Dingli’s quality equipment can help the customer for initial investment enter into rapid production.
Jaw crushers are crucial in primary crushing processes across many industries, such as mining, metallurgy, construction, road building, railway, water conservancy, and chemical industries. The PE 830×1060 jaw crusher is known for its high efficiency and reliability.
Technical Parameters:
Feed Opening Size (mm): 830×1060
Maximum Feed Size (mm): 650
Discharge Opening Adjustment Range (mm): 160-220
Capacity (t/h): 150-336
Eccentric Shaft Speed (r/min): 250
Motor Power (kw): 8P 110
Dimensions (L×W×H) (mm): 2740×2430×2800
Total Weight (t): 30.7
Advantages:
High Efficiency and Energy Savings: Optimized design ensures smooth operation and reduced energy consumption.
Easy Maintenance: Convenient discharge adjustment mechanism simplifies daily operations.
High Production and Durability: The deep cavity design increases material throughput and boosts production.
Sturdy Structure: Robust frame ensures stability during long-term operation.
Working Principle:The movable jaw moves periodically relative to the fixed jaw. As the movable jaw separates from the fixed jaw, material enters the crushing cavity; when they come together, the material is subjected to compression, bending, and splitting forces, resulting in its crushing.
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