rapid impact compactor can solve the problem of the reverse side of the bridge abutment, the side of the tunnel, the surrounding of the bridge pile, the slope, the surrounding of the bridge pile, the side slope, the turning area of the compaction machine turning machine, the no road area, etc. Problems such as early rise of road damage, bridge abutment jumping, bridge pile inclination, and side slope rolling after the settlement of key equipment
Rapid impact compactors are dynamic compaction equipment for medium and deep ground improvement
Rapid Impact Compaction is a foundation improvement method that effectively compacts loose granular soils using hydraulic hammers that repeatedly strike an impact plate on the ground at 40 to 80 times per minute. RIC technology is suitable for a wide range of non-cohesive soils, and is particularly suited to the compaction of gravel and sand.
Rapid impact compactor compresses the soil by combining the gravity and variable force of the machine.Rapid impact compactor is mainly used in the reinforcement of subgrade, which can improve the strength and density of the soil under the guarantee of the soil structure.
Rapid Impact Compaction is an excellent technique for enhancing soil compaction and bearing capacity while minimizing settlement and the risk of liquefaction in loose sands. This method is quick, cost-effective, and environmentally friendly.
The rapid impact compactor operates by delivering dynamic energy through a falling 'drop-weight,' which is released from a controlled height onto a foot. The effective compaction depths depend on the type of soil being compacted, with depths of up to 10 - 14 meters achieved using a 20-ton rig.
Rapid Impact Compaction consists of an excavator-mounted or loader-mounted, hydraulic pile-driving hammer repeatedly striking a circular plate that rests on the ground. Energy is then transferred to the ground safely and efficiently, as the RIC's foot remains in contact with the ground, which avoids concern over flying debris being ejected. Rapid Impact Compaction densifies loose-fill soils of up to 10 m deep or more. benefits of rapid compaction include: an increase of the bearing capacity of the soils, minimization of settlement, and the creation of uniform support for foundation footing.
