A: Steel I-beams are installed vertically against bowing or leaning basement walls to provide strong, long-term reinforcement. They help stop inward movement caused by soil pressure and keep the wall from getting worse.

A: The most common culprit is hydrostatic pressure—water pushing against your foundation from the outside. Over time, that pressure can cause concrete walls to crack, lean, or bow inward.

A: We position heavy-duty steel I-beams along the affected wall and secure them at both the top and bottom—usually to the basement floor and the floor joists above. This creates a rigid brace that resists future movement.

A: I-beams are primarily a stabilization solution. In some cases, minor correction is possible, but the main goal is to stop any further bowing and protect the structure.

A: If you see horizontal cracks, bowing walls, or signs that a wall is leaning in, it’s time for an assessment. We’ll take exact measurements and help you understand whether I-beams—or another solution—makes the most sense.

A: Yes, when properly installed, I-beams are a long-term structural reinforcement. They’re designed to hold up under pressure and protect your foundation over time.

A: Not much. The beams are slim and installed against the wall, so you’ll still have full access to your space. And no—your home value doesn’t drop because of them. It shows you're maintaining your foundation the right way.

A: Carbon fiber strapping is a high-strength reinforcement system we install on basement walls that are showing early signs of bowing, cracking, or inward pressure. These straps are incredibly strong, lightweight, and designed to hold the wall firmly in place—without taking up space.

A: We typically recommend carbon fiber when the bowing is mild to moderate and the wall is structurally sound. It’s a great option for early-stage movement or when homeowners want a less intrusive reinforcement.

A: After prepping the wall, we apply a high-strength epoxy and bond the carbon fiber straps directly to the concrete. Once cured, the strap becomes part of the wall—creating a rigid, durable brace that prevents further movement.

A: Yes—carbon fiber is stronger than steel in tension. Once bonded, it permanently stabilizes the wall and helps prevent the issue from progressing. And because there are no bolts or brackets, there's no risk of corrosion or hardware failure.

A: The straps are low-profile and run vertically along the wall. We keep the installation clean and neat, and they can be painted over if you plan to finish or clean up your basement space.

A: When installed properly, carbon fiber strapping is a long-term fix. It’s designed to hold strong against future soil pressure without bending, breaking, or coming loose.

A: We’ll measure your wall’s movement, check for active pressure, and walk you through the options. If carbon fiber is a good fit, we’ll explain how it works and what to expect—no pushy sales, just solid advice.

A: Epoxy crack filler is a repair method that fills foundation wall cracks from the inside out using a strong, glue-like resin. It restores the structural integrity of the concrete and blocks water from entering.

A: We inject a low-viscosity epoxy into the crack. It flows deep into the wall and bonds the concrete back together once it cures. It’s like welding the crack shut—strong, tight, and sealed.

A: Yes, once cured, the epoxy seals the crack and helps stop water intrusion at that point in the wall.

A: Epoxy is best for narrow, structural cracks—typically vertical or diagonal. It’s not ideal for large shifting cracks or those caused by ongoing pressure (like bowing walls). For bowing walls see “carbon fiber strapping or i-beams”.

A: The epoxy bonds the concrete to prevent the same crack from reopening. However, if the wall continues to shift or move from outside pressure, new cracks could form. We’ll assess the cause and recommend the right solution.

A: There will be a faint line where the injection ports were placed, but it can be smoothed or painted over. Most homeowners find it barely noticeable.

A: Carbon fiber stitching reinforces cracked concrete walls by placing ultra-strong carbon fiber strips across the crack. It helps lock the wall together and prevents future movement.

A: Strapping runs vertically to stabilize bowing walls. Stitching is a horizontal or cross-pattern reinforcement used after a crack has already been sealed (usually with epoxy).

A: We cut shallow grooves across the crack, lay in carbon fiber “stitches,” and bond them in place with a high-strength epoxy. Once cured, these stitches help keep the wall stable.

A: Very. Carbon fiber is stronger than steel in tension. Once installed, the stitches resist further pulling, cracking, or widening at the original break.

A: Very. Carbon fiber is stronger than steel in tension. Once installed, the stitches resist further pulling, cracking, or widening at the original break.

A: We recommend stitching when there are structural cracks we want to reinforce permanently. It’s usually done after epoxy injection to combine sealing with strength.

A: The stitches sit flush with the wall and can be painted over. It's a clean repair with a very low profile—ideal for homeowners who plan to finish their basement later with drywall.