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SVL-180E-426 Vibroflot
May 23, 2026ESP-400TF Vibroflot
- High-performance ESP-400TF Vibroflot
- Advanced top feed vibrolance for ground improvement applications
- 182 kW power for efficient working performance
- 353 kN centrifugal force for strong compaction effect
- 1680 rpm rotation speed for reliable vibration performance
- 340 L/min flow requirement
- 3000 kg machine weight for stable operation
- 400 mm diameter body design
- Suitable for 800–1200 mm work pile diameter
- Ideal for vibro compaction, stone columns, and soil improvement
- Designed for foundation strengthening, settlement control, and site preparation
The ESP-400TF Vibroflot is a professional top feed vibrolance system engineered for efficient ground improvement and soil densification in demanding construction environments. Designed for contractors involved in foundation engineering, infrastructure development, industrial projects, and large-scale civil works, this machine delivers dependable vibration performance for improving weak soils and preparing sites for structural loads.
Built for high-efficiency operation, the ESP-400TF Vibroflot offers 182 kW power and 353 kN centrifugal force, providing the vibration energy required for effective soil treatment. Its 1680 rpm rotation speed supports stable and continuous performance, making it a practical solution for projects where reliable compaction and controlled ground improvement are essential.
The machine operates with a 340 L/min flow requirement and has a total machine weight of 3000 kg, helping provide stable field performance during operation. With a 400 mm diameter body and compatibility with 800–1200 mm work pile diameters, the ESP-400TF is suitable for a wide range of ground improvement applications, including stone column construction, vibro replacement, and vibro compaction methods.
As a top feed vibrolance, the ESP-400TF is particularly effective for projects requiring controlled aggregate feeding and efficient installation of stone columns. It helps improve soil bearing capacity, reduce settlement risks, and enhance the performance of foundations in weak or loose ground conditions. This makes it an excellent choice for applications such as roads, ports, industrial platforms, storage yards, embankments, and building foundations.







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