T-WORKS ZYC Series 240T Hydraulic Piling Machine For Concrete Pile foundation Instead Of Hammer With No Air Pollution

1. Description:

Hydraulic Static Pile Drivers are featured with no noise, no vibration, no pollution and no rubbish left in construction site.It can work with H-piles, precast concrete and steel piles with different shapes,like round,square and tapered shape. There are series models range from 80T to 1200T

It is adopted the hydraulic system design of large power and high flow,the precast pile entirely depends on the hydraulic static pressure so that the pile can be pressed into the ground steadily and quietly.

The pressing-pile speed amounting to 300-800 meters within 8hours, which its quite more efficient than other conventional pile drivers.

This unique construction method with non-pollution has gradually taken place of the pile hammer.

2. Applications:

• Clay, soft soil, sand layer, etc.
• Noise regulated urban area.
• Vibration regulated areas where traditional methods may threaten the stability of existing structures.

3. Specifications:

4. Features of Hydraulic static pile driver:

• Unique design of clamping mechanism for each jaw to be adjusted with the shaft bearing surface to ensure the largest contact area with the pile,avoid damaging the pile.
• Unique design of side/corner piling structure, improves the capacity of side/corner piling,the pressure force of side/corner piling up to 60%-70% of main piling. The performance is much better than hanging side/corner piling system.
• Unique clamping pressure-keeping system can automatically fill in the fuel if the cylinder leak oil,ensuring high reliability of clamping pile and high quality of construction.
• Unique terminal pressure-stabilized system ensures no float to the machine at rated pressure,greatly improving the safety of operation.
• Unique walking mechanisim with lubrication cup design could realize durable lubrication so as to extend serivice life of rail wheel.
• Constant & high flow power hydraulic system design ensures high piling efficiency.