Constructing Foundations

Constructing FoundationsConstructing FoundationsConstructing FoundationsConstructing Foundations

A metal structure foundation crafted from structural steel is designed to accommodate all types of metal building applications, regardless of dimensions. We provide foundations for residential, commercial, and industrial construction projects, along with custom-designed foundations.Metal Buildings 

Metal Buildings

We recognize the importance of meeting the specific and timeline requirements of our clients. Our ability to collaborate with teams, contractors, and property owners in an efficient and professional manner is one of our greatest advantages.

Engineered Floating Slab Foundation

Floating slab foundations are frequently utilized for residences measuring up to 60 feet in width. They are engineered and represent a cost-effective foundation solution. These foundations are suitable for sheds, garages, additions, and more. An engineered slab consists of a concrete slab featuring a deepened and reinforced perimeter known as a “grade beam. ” It is termed a “floating slab” because it essentially rests on the undisturbed soil beneath the topsoil.

Creating an engineered slab is one of the most economical methods of establishing a foundation. Traditional foundations are comprised of footings with a frost wall above. The footing is placed below the frost line, typically four feet beneath grade. The expense of a strip footing and frost wall is significantly higher due to the increased excavation, concrete, and labor required.

Standard Foundation

The standard foundation comprises a strip footing with a frost wall and is also referred to as a T foundation. This foundation is typically employed in structures exceeding 60 feet in width.

These foundations do not float; engineered slabs are installed on native soil beneath the frost line. The footing is wider than the wall, providing enhanced support at the base of the foundation. A standard foundation is set and allowed to cure; subsequently, the frost walls are constructed, and finally, the floor is poured between the walls.

T-shaped foundations are utilized in areas subject to ground freezing for structures wider than 60 feet. First, the strip footing is placed. Next, the walls and piers are constructed and poured. Finally, the floor is laid.

Pier Foundation

A concrete pier foundation or steel pile foundation conserves time and resources as they demand less site preparation (which can be carried out at a later stage) and require minimal or no concrete.

Simple pier foundations resemble those used for residential decks but are considerably wider and may sometimes necessitate a broader base. This approach is suitable for steel structures designed as utility sheds, barns, and riding arenas.


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