No matter how challenging the ground condition may be, mini piling is a versatile solution for creating foundations for any type of building. This innovative process involves screwing or driving steel casings into the Earth, which are then filled with concrete to form sturdy piles.

Structural engineers play a crucial role in constructing safe and stable buildings. They meticulously calculate the layout, diameter, and number of piles needed, considering various factors like access, ground condition, and the nature of the structure. The depth of the pile is dependent on the specific characteristics of the ground. Their expertise ensures that every project is built to last.

When is Mini Piling needed?

When adding new construction to a building with existing piled foundations, it is important to use the same piling method. This ensures that the new building is constructed in a way that avoids any damage to main drains, water mains, or tree roots within the footprint of the proposed building. Not only does this method eliminate subsidence but also secures the building’s foundations, providing a strong and stable structure.

Bottom Driven Piles Swinton

Driven piles are an essential element when it comes to constructing stable and secure foundations. They not only provide strong support to buildings, walls, and bridges but also ensure cost-effectiveness. These versatile piles can also be used for anchorage structures, retaining walls, and embankments. With their ability to transfer loads onto suitable rock and soil layers, driven piles are the go-to choice for any deep foundation needs.

For a foundation to be considered a piled foundation, the depth of it needs to be three times bigger than its breadth. Piled foundations are commonly used in construction and are installed by pushing, vibrating, or hammering long and slim cylinders called driven piles into the ground. These piles are made from a formed material with a predetermined shape and size. If the ground is dense, pre drilling may be necessary to reach the required depth.