The HPT Hydraulic Cone Crusher is engineered for applications that require high reduction ratios and consistent aggregate shaping. It is commonly deployed in the secondary crushing stage of stone and ore processing plants where throughput, product quality, and operational stability are critical.
The crusher operates using a lamination crushing principle, where material is compressed between the mantle and concave across multiple layers. This process reduces excessive impact forces, improves particle shape, and allows the machine to handle varying feed conditions while maintaining steady performance.
This design improves crushing efficiency while reducing wear on key components. The multi-cylinder hydraulic system supports overload protection, cavity clearing, and precise setting adjustments, helping maintain stable operation and predictable output over long production cycles.
The HPT Hydraulic Cone Crusher is well suited for aggregate production, quarry operations, and mining applications involving materials such as granite, basalt, marble, iron ore, and copper ore. It is frequently selected for operations that require cubical end products and controlled fines content.
Depending on configuration, the HPT series supports production capacities typically ranging from 45 to 1,200 tons per hour (TPH), with maximum feed sizes up to 350 mm and minimum discharge sizes as low as 6 mm. Multiple crushing chambers are available, allowing operators to adapt the machine to different material characteristics and output requirements.
If you are evaluating cone crusher options or need guidance selecting the appropriate HPT configuration for your application, our team is available to discuss material requirements, plant layout, and performance goals.
HPT Hydraulic Cone Crusher specifications vary by model, with capacity, feed size, and discharge settings selected based on crushing stage and material hardness.




