Brief: Discover the advanced Bottom Feed Vibroflot Equipment Walking Pile Frame Type, designed for silt clay soft soil improvement. This innovative technology extends traditional vibroflotation, enabling precise material delivery to the borehole bottom for efficient stone or sand column construction. Ideal for offshore and land projects.
Related Product Features:
Double locked air-pressure cavities ensure rapid stone falling and prevent water backflow, perfect for deep piles and underwater projects.
Walking pile frame allows 360-degree rotation and movement of all equipment on a single platform, enhancing efficiency in large-scale land construction.
Tracking hopper with spout features a 1.2m3 capacity and smooth material flow, controlled by air cylinders for stable and efficient feeding.
Automatic construction data recording system enables real-time monitoring and control of construction parameters for accurate pile making.
Customizable equipment adapts to various construction conditions, including dry, water, and air-water linkage methods.
Reduces stone waste and supports environmentally friendly construction practices.
Successfully applied in major projects like the Tiba Bay container terminal, with proven efficiency in hole making and encryption times.
Manufactured by BVEM, a leader in vibroflotation technology with extensive R&D and participation in major global projects.
FAQ's:
What types of soil can the Bottom Feed Vibroflot Equipment improve?
This equipment is specifically designed for silt clay soft soil improvement, extending the applicability of traditional vibroflotation technology.
How does the walking pile frame enhance construction efficiency?
The walking pile frame allows 360-degree rotation and movement of all construction equipment on a single platform, reducing time and cost in large-scale projects.
What are the key features of the automatic construction data recording system?
The system records real-time construction parameters, including filler amount, enabling remote control and precise monitoring to ensure accurate and efficient pile making.