Our groundwork contractors provide a comprehensive foundation installation service for domestic, commercial, and industrial projects across London, Surrey, and the wider UK. As a highly experienced team, we possess the necessary knowledge, skills, and tools to install shallow foundations, deep foundations, and restricted access piling for projects with physical constraints.
Our team delivers efficient and reliable foundation installation services for a wide range of projects, including house extensions, basements, new builds, housing developments, and commercial constructions. We tailor our services to meet the specific requirements of your project, providing comprehensive enabling works, including clearance, excavation, and removal services.
From excavation to concrete pouring with steel reinforcement specified by your structural engineer, we handle the entire foundation process. We offer a range of solutions to suit all ground conditions, including standard and restricted access piling, which allows us to reach deeper, stable soil layers. Our expertise encompasses a wide range of soil types, including clay, sand, gravel, peat, and rock.
No matter the size or complexity of your project, you can rely on our team to install foundations that are strong, compliant, and built to the highest industry standards. Our groundwork contractors are skilled in installing all types of foundations, including the following:
Assessing a site’s ground conditions is crucial for determining the appropriate type of foundation. Our groundwork contractors work closely with structural engineers and architects to deliver reliable foundation installations to clients in Croydon, Romford, Chelmsford, Wimbledon, Tunbridge Wells, Harrow, St Albans, Haywards Heath, Colchester, Harlow, Kent, Hertfordshire, West Sussex, East Sussex, Essex, Brighton, Crawley and the surrounding areas.
For instance, trench-fill and strip foundations are ideal for soils with good bearing capacity and minimal risk of movement. In contrast, raft and pile foundations are more suitable for challenging ground conditions, such as high water tables or soils that lack the strength to support structural loads near the surface.
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