Hydraulic Hammer technology is used for the installation of driven piles through repeated vertical impact blows delivered by a hydraulic hammer mounted on a piling rig. This method is widely adopted for foundations requiring high penetration capacity and strong bearing performance.
The hammer transfers high-energy impacts to the pile head, allowing the element to penetrate the ground progressively. The energy generated by the hydraulic system ensures controlled, powerful blows capable of driving piles through dense soils and stiff formations.
Driven piles installed using hydraulic impact hammers are commonly used in infrastructure, bridge foundations, marine works and heavy civil engineering projects.
Depending on project requirements and soil conditions, hydraulic hammer driving can be applied:
- For steel tubular piles
- For H-section steel piles
- For precast concrete driven piles
- For foundation piles in dense soils or mixed stratigraphy
Hydraulic impact hammers provide reliable energy transfer, high penetration capability and precise control of driving energy, making them suitable for projects requiring strong structural performance and deep pile installation.
