Brief: Step into our short showcase to explore the solution’s standout capabilities. In this video, you will see the Iso Bvem Vibro Pile Foundation Vibroflot Equipment in action, demonstrating how it efficiently compacts soil using high-frequency vibrations. Watch as we explain the vibroflotation process, from probe penetration to soil densification, and discover how this 75kW powerhouse improves foundation stability for large-scale construction projects.
Related Product Features:
The BJV75E-377 model delivers 75kW of power for robust soil compaction performance.
It operates at a rotation speed of 1450 rpm, generating strong centrifugal force for effective ground improvement.
With a diameter of 377mm and length of 2783mm, it is designed for deep and precise soil treatment.
The equipment creates work piles ranging from 700mm to 1200mm in diameter, adaptable to various site conditions.
It utilizes water or air injection to temporarily liquefy soil, allowing smooth probe penetration and withdrawal.
Backfilling with granular material during extraction ensures consistent soil consolidation and compaction.
This vibroflot reduces differential settlements and enhances load-bearing capacity without excavation.
It is ideal for improving harbor bottoms and mitigating liquefaction risks in seismic zones.
FAQs:
How does the vibroflotation process work with this equipment?
The vibroflot uses flushing water or air expelled through tip jets to temporarily liquefy the soil, allowing the probe to penetrate under its own weight. Once at the target depth, vibrations densify the soil, and granular backfill is added as the probe is withdrawn in stages, forming a compacted zone.
What are the key benefits of using this vibroflot for foundation improvement?
It reduces differential settlements, improves load-bearing capacity quickly without excavation, works around existing structures safely, handles thousands of cubic meters daily, and is environmentally friendly with no need for water discharge permits.
What types of soil or projects is this equipment suitable for?
It is ideal for granular soils, harbor bottom improvements, and sites with poor load-bearing layers. It can treat soft soil with shear strength less than 20kPa and has been used in dam construction, power plant foundations, and seismic risk areas.