High performance bottom feed vibroflot with high pressure air system used for vibro compaction 180kW

Profile of Bottom Feed Vibroflotation:

The Bottom Feed vibro-replacement is a special method realized by using bottom feed vibroflotation device, which can fill the stones from the outlet located at the bottom of the vibroflot. It mainly used for under water vibroflotation construction or silt clay soil improvement with non-drainage shear strength less than 20kpa.

Bottom feed method vbroflotation construction need a special vibroflot equipment with bottom feed system to realize. This professional equipment are commonly composed of :

1. Electrical or hydraulic vibroflot system ( vibroflot, damper, extension tube and electrical cabinet )

2. Feeding system ( feeding tube , damper )

3. Stock bin system ( double bin or single bin )

4. Material supply system ( lifting hopper )

5. Controlling system ( Valve controlling , air pressure controlling, material level controlling )

Due to the diversity of engineering condition, bottom feed vibroflot need to be customized for production.

BVEM profile (Beijing vibroflotation engineer machinery co.,ltd)

With 30 years experience of vibroflotation industry, BVEM researched and developed a variety of electric vibroflots motor power from 30 kw to 260 kw. BVEM’s vibroflots has complete specification model which makes widely using of range. The quality of the equipment and performance have already achieved the domestic industry leading level. Through the application of hundreds of domestic and international projects, including the Yangtze River Three Gorges Soft Ground Treatment Project, The Hong kong-Zhuhai-Macao Bridge Project, Dubai Palm Island Project,etc, BVEM has developed to be Asia's larger electrical vibroflots equipment manufacturers, and are being highly recognized by domestic and international clients.

As an professional company in vibroflotation industry, our company can provide users with full process services during the stages of pre-sales and after-sales as well, including vibroflotation design, construction scheme formulation, vibroflot and relevant equipment selection advice, installation and commissioning of the vibroflot, as well as the construction guidance and maintenance training.