Basement Wall Stabilization and Replacement
If you’re dealing with cracked or bowed block and poured walls, we offer stabilization or complete replacement services.
Our expertise extends to performing poured wall crack injections, steel I-beam, carbon fiber wall bracing and stabilization methods to complete block wall replacement, ensuring lasting repairs for any foundation issues.
We offer customized solutions to fit the specific needs of your basement and foundation walls.
Stabilization
Steel solution for bowed, tipped, or sheared walls
Our steel solution is a pre-engineered, effective and permanent solution that restores structural integrity to a foundation wall. Bowed, sheared and tipped walls can be quickly repaired and restored with just one product. Structural steel I-beams are vertically placed every 5 – 6 feet against the foundation wall and held in place by steel brackets below at the footer and above at the joists. The brackets are then tightened, transferring pressure from the beam to the wall. Once securely in place, it prevents any further bowing or bulging of the wall.
Carbon Fiber System
This product permanently restores the structural integrity of cracked or bowed basement walls. It is available in 1-foot-wide and 6-inch-wide sheets, offering the largest surface area coverage on the market for superior strength. The unidirectional fiber design maximizes wall reinforcement, while the custom weave pattern with reinforced edges ensures durability. Additionally, the industrial-grade epoxy used in this solution is stronger than other carbon fiber products, providing long-lasting reliability.
Industrial grade epoxy is stronger than other carbon fiber products!
Ideal for poured, block and brick walls. For use on cracks or bows up to 2″ in total deflection. Can be used on vertical, horizontal, or diagonal cracks.
Crack Injection Resins
Repair and Protect
For wall crack repair, using a low pressure injection method.
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Permanently and immediately stops and prevents actively leaking cracks
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Quickly expands 400% to 600% and cures to form a flexible gasket in voids
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Solvent-free and non-corrosive
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Excellent bonding capabilities
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Withstands shifting as a result of thermal cycles