Stabil-Loc Foundation Piering System

The revolutionary Stabil-Loc Foundation Piering System is the number one method in the foundation repair industry for providing the homeowner with a permanent foundation repair solution. Over 50,000 installations and ZERO failures.

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Number One

The Stabil-Loc Foundation Piering System is the number one method in the foundation repair industry for providing the homeowner with a permanent foundation repair solution.

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Correct Position

Our double-walled, heat-extruded steel tube is positioned directly under the center of the wall to be lifted or stabilized.

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Strongest Support

The pier is hydraulically driven all the way to bedrock or stable strata, providing the deepest, strongest foundation support available.

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Concentric Loading

The patented rotating head assembly maintains concentric loading during the lifting process.

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Adjustable Shimblock

Traditionally, the house must be over-lifted to insert shims. Our adjustable “shimblock” eliminates the need for over-lifting which can cause damage to the structure.

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Revolutionary Piers

Our piering system is so revolutionary, it is patented by the United States Patent Office. (Patent numbers: US 8,851,800 B2, US 8,821,073 B2, and US 8,206,063 B2)

The Stabil-Loc Difference

Concentric Loading VS Eccentric Loading

Eccentric loading was developed in 1917 based on the premise that the pier had to be installed from outside the footing and fastened to the footing with a bracket, because the house was in the way. Using traditional brackets along the side of your structure proved to be an inadequate technique for foundation repair. Lifting the structure with piers and brackets at an angle or offset to the side of your home would eventually bend or break the pier, or improperly raise the foundation.

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How Our Pier System Works

The Stabil-Loc Foundation Piering System segmented the shaft of the pier into 12-inch interlocking segments so the pier could be installed directly under the center line of the weight of the wall being lifted.

The bracket was then inverted and rides against the bottom of the footing as a load bearing plate that rotates as the structure is lifted. The location and configuration of the pier combined with the highest compressive load carrying capacity in the industry makes it obvious…

This pier simply cannot fail!

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