Even if the ground conditions for a structure are unsuitable for regular foundations to be laid, there is a process called mini piling that can be used to remedy this. Mini piling involves screwing or driving big steel casings into the Earth and then filling them up with concrete to form piles. This method provides a strong and reliable foundation solution that can overcome challenging ground conditions.

Structural engineers play a crucial role in determining the layout, diameter, and number of piles needed to support various structures. The accessibility, ground conditions, and type of structure all contribute to these calculations. Additionally, the depth of the piles is dependent on the ground type and its condition. Their expertise ensures that buildings are securely supported.

When is Mini Piling needed?

If you have a structure with piled foundations, it’s important to use the same type of foundations for any future additions. Luckily, mini piling can be a great solution in cases where there are underground services in the footprint of the structure. This process helps avoid any damage that might occur.

Say goodbye to the hassle of dealing with pesky tree roots in construction. Our innovative process is not only great at securing foundations but also stops subsidence. With our technology, you can ensure a stable structure even when faced with tree roots in the footprint.

Bottom Driven Piles Pendlebury

This innovative process uses significantly less concrete, making it better for the environment. Plus, it produces zero spoil, which makes it perfect for areas with contaminated ground.

This process is a game-changer in areas with poor ground conditions where regular deep foundations are impractical. It’s the perfect solution when restrictions prevent traditional methods from being used.

When it comes to building a solid foundation, the process of driving big metal tubes into the ground is crucial. These tubes, between 2m and 6m in depth, are strategically positioned and then filled with concrete. This forms a strong pile that ensures stability for any structure.