Brief: Let’s dive in — see this solution in action and notice the key moments. In this video, you'll explore the BVEM Ground Improvement Construction Vibro Tamper / Vibro Piling Equipment, showcasing its capabilities in stone column engineering. Watch as we demonstrate the BJV180E-377 vibroflot in operation, highlighting its power, efficiency, and application in major projects like the Hong Kong-Zhuhai-Macao Bridge and Dubai Palm Island.
Related Product Features:
The BJV180E-377 vibroflot features a powerful 180 kW motor, ideal for demanding ground improvement projects.
With a max rotation speed of 1450-1800 rpm, this equipment ensures efficient and rapid piling.
Designed for durability, the vibroflot has a robust construction with an outer diameter of 377 mm and length of 3485 mm.
BVEM offers comprehensive services, including geological analysis and vibroflotation design, tailored to project needs.
The equipment is widely used in international projects, proving its reliability and performance.
BVEM provides full installation and commissioning support, ensuring smooth operation on-site.
Engineers with extensive experience guide construction and train operators for optimal results.
The vibroflot’s vibration power ranges from 180-276 kN, making it suitable for various soil conditions.
Faqs:
What types of projects is the BVEM vibroflot suitable for?
The BVEM vibroflot is ideal for large-scale ground improvement projects, including infrastructure like bridges, ports, and land reclamation, as seen in the Hong Kong-Zhuhai-Macao Bridge and Dubai Palm Island projects.
What support services does BVEM provide with the equipment?
BVEM offers a whole process service, including geological analysis, vibroflotation design, equipment selection, construction scheme formulation, installation and commissioning, and on-site construction guiding.
How does the BJV180E-377 vibroflot perform in different soil conditions?
The BJV180E-377 vibroflot is designed to handle various soil conditions, with adjustable vibration power (180-276 kN) and a max amplitude of 21 mm, ensuring effective ground improvement across different terrains.