model | PYFB1636III |
Max feed size | 313 mm |
CSS Range | 38 - 64 mm |
Capacity(by hour) | 431 - 630 t/h |
Motor power | 250 kW |
Weight | 36.2 t |
*Note: The processing capacity of the PYFB1636III cone crusher may vary with different materials and feeding sizes.
Nominal capacity236 - 358 t/h
Max. feed size220 mm
Motor power160 kW
Live ChatNominal capacity299 - 635 t/h
Max. feed size228 mm
Motor power250 kW
Live ChatIt is seen on the production site the crushed limestone is uniformly conveyed into the silo. The hammer crusher is configured as primary crushing equipment for this stone crusher plant. With sound grain size and shape the crushed sand and
Xinxiang Dingli is a professional mining equipment manufacturer engaged in production of crushing and screening equipment and configuration of the gravel production lines with various capacities.
This production line has been approved for operation by passing various environmental assessments. Currently environmental protection is top priority for construction of the production line. With rich experience of constructing lots of eco-
Maximum Feed Size: 313mm. This large feed size allows the crusher to handle extremely large chunks of raw materials directly, eliminating the need for multiple pre - crushing stages and streamlining the production process.
Discharge Opening Adjustment Range: 38 - 64mm. The wide adjustment range provides great flexibility in controlling the output particle size, enabling it to meet the diverse requirements of different industries such as construction, mining, and aggregate production.
Power: 250kW. With this powerful motor, the crusher can generate sufficient force to crush even the toughest materials efficiently, ensuring high - speed and continuous operation.
Production Capacity: 431 - 630t/h. The high production capacity makes it suitable for large - scale industrial projects, allowing for a large volume of crushed materials to be produced in a short period, which is crucial for meeting tight production schedules.
Weight: 36.2 tons. The substantial weight contributes to the stability of the crusher during operation, reducing vibrations and ensuring the longevity of the equipment and its components.
Advanced STD EC Chamber Design: The adoption of the STD EC chamber type is a significant advantage. Its optimized design promotes a more efficient flow of materials within the crushing chamber. The materials are evenly distributed and subjected to the crushing force at multiple angles, resulting in a higher crushing ratio and more uniform particle sizes in the final product.
Precise and Wide - range Discharge Control: The 38 - 64mm discharge opening adjustment range not only offers a wide scope for customization but also allows for precise control. Operators can fine - tune the output according to specific project requirements, whether it's for producing coarse aggregates for road construction or medium - sized particles for concrete production.
Energy - efficient Power Utilization: Despite its 250kW power, the crusher is designed to operate with high energy efficiency. It uses advanced power management technology to match the power output with the actual crushing needs, minimizing energy waste and reducing operating costs over the long term.
Robust and Stable Structure: Weighing 36.2 tons, the crusher's structure is built to withstand the heavy - duty demands of continuous operation. The well - engineered frame and components ensure that the crusher remains stable under high - stress conditions, reducing the risk of breakdowns and maintenance requirements.
Convenient Maintenance Features: The overall design of the PYFB1636III takes maintenance into account. Key parts are easily accessible, and the disassembly and assembly processes are straightforward. This enables quick and efficient maintenance, minimizing downtime and maximizing the productivity of the crusher.
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