Concrete Repair Before & After Photos

This Gilbert, AZ, home, built in 2002, had a stem wall that was showing signs of failure. Stem wall failure is caused by chloride ion exchange in the moisture-laden pores of the concrete, and this causes the oxidization of the rebar. Once started, it's very difficult to stop with traditional means. Sealing the crack with epoxy will not stop the rebar from continuing to oxidize and expand.

Our solution to this problem is our patented Stem Wall Repair System. This system uses a composite material that is non-corroding. While replacement rebars often fail when they oxidize, this isn't a problem with our system. Besides concrete stem wall repair, our foundation and concrete experts do concrete porch repair and basement wall crack repair down in Gilbert, Arizona too!

The stem wall of the Gilbert home began showing serious warning signs of failure. This was due to the oxidation of the rebar inside the concrete. Our expert stem excavated the area near the damaged stem wall and chipped out existing failed concrete to fractured rock and behind the existing rebar. We removed the existing rebar and replaced it with our patented Stem Wall Repair System. To finish, we coated and patched the area with a cement patch and backfilled the excavated area around the home! Besides concrete stem wall repair, our foundation and concrete experts do concrete porch repair and basement wall crack repair down in Gilbert, Arizona too!

The rebar in the concrete stem wall along certain sides of the home has begun to rust. This has caused the rebar to deteriorate and the iron oxide to expand. The expansion from the iron oxide generates enough pressure to crack the stem wall. The corrosion of the bar has to typically exceed 20% before there is enough pressure to crack the concrete stem wall. This issue should be dealt with properly to prevent the corrosion from spreading down the perimeter of the rebar and to return the original strength and span capacity to the stem wall.

Felix, the experienced foreman from Arizona Foundation Solutions, arrived at a residential property in Chandler, Arizona, to address the concerning issues plaguing the stem wall foundation. The family residing in the house had been grappling with the ramifications of stem wall failure, evident in the flaking paint, pervasive cracks, and even spalling concrete. The stem wall, essential for the structural integrity of the building, was under threat from oxidation, posing a risk to the safety and stability of the entire structure. Despite attempts to patch the cracks and employ other conventional repair methods, the problem persisted, leaving the family in a state of worry and uncertainty. Stem wall repair was imperative, but finding a lasting solution within their budget seemed elusive.

With the expertise of Arizona Foundation Solutions, the family's stem wall underwent a remarkable transformation. Felix and his team implemented a cutting-edge stem wall repair system, specifically tailored to address the challenges of residential stem wall failure. Unlike conventional methods that merely provided temporary relief, their innovative approach promised long-lasting results at a fraction of the cost typically associated with stem wall repair. By integrating advanced techniques that combat oxidation and reinforce the structural integrity of the stem wall, Arizona Foundation Solutions delivered a solution that surpassed expectations. The once-ailing stem wall now stood strong and secure, free from the looming threat of corrosion. As the paint ceased to flake, and the cracks disappeared, the family could finally breathe easy, knowing that their home was safeguarded against future damage. Stem wall foundation repair, once a daunting prospect, had become a seamless process thanks to Arizona Foundation Solutions' commitment to excellence and innovation.

In Gilbert, Arizona, a homeowner noticed unsightly cracks forming in their concrete driveway. Over time, these cracks not only became a visual nuisance but also posed a risk of allowing moisture to seep into the soil beneath the slab, potentially leading to further structural damage. Left unchecked, this could result in the underlying soil softening or washing away, causing the slab to sink even more and worsen the cracks.

The homeowner contacted Amanda, the Customer Care Representative at Arizona Foundation Solutions, to schedule an inspection. Ted, the Design Specialist, arrived to evaluate the damage and explained that traditional DIY solutions, such as urethane caulk, tend to dry out, crack, or bubble over time, leading to recurring issues. Ted recommended the NexusPro solution, a long-lasting, silicone-based sealant designed to handle the harsh Arizona climate.

After the homeowner agreed to proceed with the NexusPro application, Anthony, the project foreman, was assigned to oversee the repair process. The crew was prepared to ensure that the concrete slab was properly sealed, preventing further moisture infiltration and potential soil erosion.

After Project Description:

After careful evaluation, the cracked concrete driveway in Gilbert, Arizona, has been successfully repaired using the NexusPro system. Under the supervision of foreman Anthony, the skilled crew at Arizona Foundation Solutions followed a detailed process of smoothing and preparing the cracks before applying the NexusPro sealant. This advanced solution was chosen because of its superior durability, ability to withstand UV rays, and quick curing time. Unlike traditional urethane-based products, NexusPro is flexible and resistant to extreme temperatures, making it ideal for Arizona's climate.

By sealing the cracks and control joints, the NexusPro application has protected the concrete slab from further damage caused by soil compaction and moisture infiltration. The job was completed in just a few hours, with the NexusPro sealant curing in a remarkable 60 minutes. Thanks to Amanda for organizing the initial appointment and Ted for offering a professional assessment, the homeowner can now enjoy a durable and aesthetically pleasing driveway, free from the threat of structural damage or recurring crack issues.