
Casing clamps under 815
March 17, 2026KP-380 Pile Breaker
March 17, 2026HHP16 Impact Hammer
- Heavy-duty HHP16 hydraulic impact hammer
- 240 kN.m maximum blow energy for strong pile driving performance
- 16-ton ram weight for effective impact force
- 1500 mm maximum hammer stroke for efficient energy transfer
- 23.65-ton hammer weight without pile cap
- Strike frequency 90/30 max/min for controlled operation
- 7520 mm hammer height without pile cap
- 1270 mm horizontal hammer width
- 690 kg top gear weight
- Suitable for steel piles, tubular piles, and deep foundation works
- Ideal for marine construction, bridge foundations, port works, and infrastructure projects
The HHP16 Impact Hammer is a robust hydraulic piling hammer engineered for high-force pile driving in demanding construction environments. Built for contractors working on large foundation systems, marine jobs, bridge construction, port development, and infrastructure projects, this hammer is designed to deliver strong impact energy, reliable performance, and long-term durability on site.
With a maximum blow energy of 240 kN.m, the HHP16 provides the striking power needed for efficient pile penetration in challenging ground conditions. Its 16-ton ram weight generates strong impact force, while the maximum hammer stroke of 1500 mm helps transfer energy effectively during pile driving operations. This combination makes the HHP16 a dependable solution for projects where deep penetration, stable performance, and heavy-duty reliability are essential.
The hammer has a total weight of 23.65 tons without pile caps, giving it the structural strength and site stability required for demanding operations. Its strike frequency of 90/30 max/min allows controlled and efficient working performance, helping contractors balance productivity with precision during piling work.
With a height of 7520 mm without pile cap and a horizontal width of 1270 mm, the HHP16 is built for heavy-duty applications while maintaining a well-balanced working structure. The 690 kg top gear weight further supports the machine’s operational design, contributing to reliable hammer performance under tough field conditions.







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