How Foundation Piers Stabilize Your Home
If you’ve been told your home may need foundation piers, you’re probably wondering: how do foundation piers work? Foundation piers are one of the most effective solutions for stabilizing homes affected by foundation settlement. At TFS – The Foundation Specialists, we provide free, no-obligation inspections to determine the cause of your home’s structural issues and recommend the right repair solution. If you’ve noticed cracks, uneven floors, or sticking doors, call us today or fill out the form below to schedule your FREE inspection.
What Are Foundation Piers?
Foundation piers are long steel support systems installed beneath your home’s foundation. Their purpose is to transfer the weight of your home away from unstable, shifting soil and onto stronger, load-bearing soil or bedrock deep below the surface.
Unlike surface soils that expand and contract with changing moisture levels, deeper soils remain much more stable. By anchoring your home to this stable ground, foundation piers help stop further movement and, in many cases, can even lift portions of the home closer to their original position.
How Do Foundation Piers Work?
The process begins with a professional foundation inspection. Once our team determines that foundation piers are the right solution, we carefully excavate small sections next to the affected foundation.
Steel pier sections are then driven or screwed deep into the ground until they reach stable soil capable of supporting the weight of your home. Specialized hydraulic equipment transfers the home’s weight onto the piers.
Depending on the condition of the foundation, our crew may also perform a controlled lift to help improve uneven floors, close cracks, and restore structural stability.
Once the installation is complete, the excavated areas are backfilled, leaving minimal disruption to your landscaping.
When Are Foundation Piers Needed?
Foundation piers are often recommended when a home is experiencing settlement caused by unstable soils.
Some common warning signs include:
- Stair-step cracks in brick
- Cracks in drywall or ceilings
- Doors and windows that stick
- Uneven or sloping floors
- Gaps around doors, windows, or trim
- Visible foundation cracks
These symptoms don’t always mean your home needs piers, but they do indicate it’s time for a professional evaluation.
What Types of Foundation Piers Does TFS Install?
At TFS, we install foundation repair systems designed to match your home’s specific needs.
Two of the most common options include:
- Push Piers: Steel piers hydraulically driven into stable load-bearing soil. They commonly use a home’s weight to provide the force needed for installation.
- Helical Piers: Steel shafts with helical plates screw into the ground. These work well for lighter structures, porches, additions, and situations requiring additional installation torque.
Our inspectors will determine which solution is best based on your home’s structure, soil conditions, and the extent of the settlement.
Why Professional Installation Matters
Foundation pier installation requires specialized engineering, equipment, and experience. Proper placement and depth are critical to achieving long-term stability.
At TFS – The Foundation Specialists, our trained crews install industry-leading foundation repair systems backed by years of experience helping homeowners throughout Tennessee, Kentucky, and Southern Indiana protect their homes.
Schedule Your Free Foundation Inspection
If you’re asking how foundation piers work, chances are you’ve already noticed signs of foundation movement. Address these issues sooner, and you are more likely to prevent additional structural damage and costly repairs.
Contact TFS – The Foundation Specialists today to schedule your FREE inspection or complete the form below. Our experienced team will identify the cause of your foundation problems and recommend the right solution to keep your home safe, stable, and protected for years to come.
For regular before & after stories and industry updates, follow us on Instagram and Facebook.