Foundation Repair Photo Album: Push Piers Installation in Nolensville, TN

A home in Nolensville, TN began experiencing concerning signs of foundation settlement, evidenced by cracks appearing both internally and externally, along with sticky doors indicating structural strain. Addressing these issues, a comprehensive project ensued, starting with the excavation of the affected area. Heavy-duty steel brackets were meticulously installed beneath the footing to provide a stable framework. Soil removal and replacement with helical piers, designed to penetrate deep into the ground, formed a solid supporting base for the home. These helical piers, crafted from durable steel, were strategically positioned to stabilize the settling foundation, effectively connecting footings and walls to robust, load-bearing soils. The process involved the use of a hydraulic system to drive the steel piers through the brackets until reaching bedrock or stable soil, lifting the foundation securely. Post-installation, meticulous backfilling of holes ensured structural integrity. Ultimately, the project culminated in a fully repaired foundation, ensuring the long-term stability and safety of the home.

Crawl Space Crack

The presence of such a crack indicates potential foundation settlement or structural instability, posing risks to the integrity of the entire structure above. This crack stresses the importance of proactive inspection and remediation to mitigate further damage and ensure the safety and stability of the building's foundation.

Crawl Space Foundation Settlement

Foundation settlement occurs when the soil beneath the building compresses or shifts, causing the foundation to sink or become uneven. This phenomenon can result from various factors, including soil composition, inadequate drainage, or changes in moisture levels.

Cracking Foundations

Foundation settlement poses significant risks to the stability and safety of the entire structure, potentially leading to structural damage, compromised structural integrity, and safety hazards. Addressing foundation settlement promptly through professional assessment and remediation is crucial to prevent further deterioration and safeguard the long-term stability of the building.

Heavy-Duty Steel Brackets

This shows the installation of heavy-duty steel brackets positioned beneath the footing, serving as a robust reinforcement measure for the building's foundation. These steel brackets are meticulously installed to provide crucial support and stability, particularly in areas prone to foundation settlement or structural strain.

Push Piers

Steel push piers are designed to reinforce and stabilize the foundation by penetrating deep into the soil. Crafted from durable steel, these push piers serve as essential structural support elements, being driven below the surface to reach stable soil or bedrock.

Ensuring Structural Integrity

We apply this process to the areas requiring stabilization to guarantee the structural integrity of the home.

Hydraulic Foundation Lifting

This is the process of lifting the foundation using a steel pier, which is hydraulically driven through the bracket until bedrock or stable soil is reached. This intricate procedure highlights the meticulous effort undertaken to reinforce the foundation and ensure its stability.

The Helical Pier System

By leveraging hydraulic force, the steel pier elevates the foundation, addressing settlement issues and enhancing structural support. This visual representation underscores the critical role of advanced techniques in fortifying foundations and safeguarding the longevity of structures.