Residential Underpinning Foundation for Your Atlanta Home

Applications:  Settling Foundation, Load Bearing Walls, Settling/Leaning Chimney, Stoops and Deck Support Columns, Room Additions, Bay Windows and Garage Columns

Underpinning foundations is our most popular foundation repair technique. Underpinning strengt underpinning hens and stabilizes your foundation by transferring the load from the foundation. Specifically, when we underpin a structure, we extend the current foundation into a soil layer that is deeper and, therefore, more stable than the soil it is on now. We can do this by providing additional support from the footings using piers, piles, or anchors.

All of our foundation solutions create little to no disturbance to the installation site; so, we will not damage your landscape. We only install the best foundation repair equipment; so, our solutions are durable and affordable. We offer a variety of underpinning solutions, such as steel push piers, helical piles, wall plate anchors, and concrete piles.

A Closer Look into Underpinning Foundations

Steel Push Piers can be inserted into the ground beneath your preexisting wall. These piers take the pressure your foundation is putting on the loosely packed soil and transfer it to stronger, more stable soil further down. Multiple piers are installed to ensure stability. Steel push piers can be installed wit helical pier h minimal damage to any landscaping you may have around your home.

Helical Piles are very similar to push piers and can be installed in any weather condition. In some cases, helical piles can be more reliable than push piers. They are screwed into the soil instead of being pushed in, which increases their durability and their ability to bear loads. Once they are installed, the piers will immediately begin to transfer weight away from your foundation and help to lift the foundation to its original position.  Additionally, they can be installed in tight, hard-to-reach places, making them ideal for all repair jobs.

The need for underpinning can arise due to the following reasons:

  • The existence of below ground debris pits
  • The original foundation lost its strength and is no longer stable
  • The application or load of the structure changed
  • Modification of surrounding soils
  • The properties of the soil supporting the foundation have either changed or were not properly assessed during the original construction
  • Nearby construction created an unstable condition

 Click on the projects below for underpinning case studies:

Addition to Bank Case Study

Chicago Orchestra Hall Case Study

Cold Storage Warehouse Case Study

Computer Manufacturer Case Study

Forge Press Case Study

Loading Dock Case Study

Mall Pre-Drill Case Study

Support for Adjacent Excavation Case Study

Water Storage Tank Restored Case Study