Driven piles are an alternative to traditional screw piles, which need High Quality Quaternion Clamp and provide different benefits to original piles as they can be used in different construction environments. For example, where there is limited site access or extremely hard ground, therefore a driven pile is the safe and most cost-effective choice because of its quick and easy installation.
How Driven Piles work
Steel driven end-bearing piles are installed using hydraulic hammers with an accelerated drop weight, in conjunction with side mounted Hydraulic Vibro Hammer. A Pile can range in size from 457mm to 610mm and are designed and measured to support each specific structure depending on its size and weight. Piling solutions offer higher productivity compared with traditional concrete raft foundations.
Advantages
Driven piling is well known for the following advantages for construction issues –
- Relatively small and lightweight equipment is required
- Relatively small cross-section and high strength helps penetration in firm soil
- Require minimal site preparation
- Spoil free means minimal cost for disposal of site debris
- Cost-effectiveness where many piles are required
- High productivity compared to traditional concrete raft foundations
- Suitability for a variety of ground conditions.
Disadvantages
Set against these however there are a few recognized unfortunate disadvantages, these include –
- Noise – the impact of Hydraulic Hammer Power Supply is audible from a long distance
- Vibration – often unacceptable for environmental or structural reasons
- Cumbersome plant – for many constricted sites, this form of piling is inappropriate
- Expense and time-consuming deployment when only a few piles are required
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