The most common models mounted on loaders are HC42 .The most common models mounted on excavators are HC150 HC180.
Update time:2026-07-07 20:12:07
Description:HC240 Excavator-Mounted Rapid Impact Compaction (RIC) Machine with a 16-Ton Hammer Conducting Ground...
HC240 Excavator-Mounted Rapid Impact Compaction (RIC) Machine with a 16-Ton Hammer for Industrial Foundation Construction
The HC240 Rapid Impact Compaction (RIC) Machine is a heavy-duty ground improvement system specifically engineered for deep soil compaction. It is widely used in large-scale foundation projects, including industrial plants, logistics parks, ports, airports, and other infrastructure developments where high bearing capacity and controlled settlement are required.
Based on its field applications, the HC240 offers the following key technical specifications and operational advantages.
π Key Technical Specifications
| Item | Specification |
| --------------------------- | -------------- |
| Model | HC240 |
| Hammer Weight | 16 t |
| Maximum Impact Energy | 240 kJ |
| Effective Improvement Depth | 5β9 m |
| Compaction Foot Diameter | 2,000 mm |
| Working Height | 7.6 m |
| Carrier Machine | 70 t Excavator |
ποΈ Construction Configuration and Advantages
For industrial foundation projects, the HC240 Rapid Impact Compaction Machine is typically mounted on a 70-ton excavator equipped with a specially modified boom. Powered by a hydraulic system, the machine delivers continuous high-frequency, low-stroke impacts through its 16-ton hammer, rapidly densifying deep soil layers.
Compared with conventional dynamic compaction, the HC240 provides several significant advantages:
High continuous compaction efficiency
Deep ground improvement capability of 5β9 meters
Stable and consistent impact energy
Lower vibration transmitted to surrounding structures
Excellent mobility with rapid relocation across the construction site
Reduced project duration and improved construction productivity
These advantages make the HC240 particularly suitable for deep foundation treatment in industrial plants and other heavy-duty civil engineering projects requiring reliable ground improvement.