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CONCRETE REPAIR GALLERY & CASE STUDIES
Project 1 - Richland, WA
The homeowner in Richland, Washington was experiencing cracked and uneven concrete along their patio slab, creating visible separation and an uneven walking surface. These cracks allowed moisture and debris to collect in the joints, increasing the risk of further deterioration due to freeze-thaw cycles and soil movement. The uneven slab also created a potential trip hazard and detracted from the overall appearance of the outdoor living space.
Level Best Northwest addressed the issue by stabilizing the concrete slab and repairing the cracked areas to restore a more even, secure surface. The cracks were properly cleaned and sealed to prevent moisture intrusion and limit future movement. This repair improved safety, reduced the risk of additional damage, and extended the life of the existing concrete without the need for full replacement.
Project 2 - Moses Lake, WA
The homeowner was dealing with cracked concrete in their driveway, creating an uneven appearance and allowing moisture to penetrate the slab. Over time, these cracks can worsen due to water intrusion, temperature changes, and regular vehicle traffic, potentially leading to further deterioration and safety concerns. The visible cracking also reduced curb appeal and raised concerns about long-term concrete durability.
Level Best Northwest repaired the damaged concrete by cleaning the cracks thoroughly and sealing them with a durable polyurethane concrete caulking. This process prevents moisture from entering the slab, helps stabilize the concrete, and protects it from freeze-thaw damage. The repaired surface now has a cleaner, safer appearance and improved longevity, extending the life of the existing driveway without the need for full concrete replacement.
Project 3 -Goldendale, WA
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The homeowner was experiencing sunken concrete steps at the front entry, with the slab settled approximately three inches below its original position. This settlement created an uneven transition at the doorway, making the steps unsafe to use and increasing the risk of trips and falls. The sunken concrete also allowed water to collect near the foundation, which can contribute to further soil erosion and long-term structural concerns if left unaddressed.
Level Best Northwest corrected the issue by lifting and leveling the concrete steps using polyurethane foam slab lifting. The foam was injected beneath the slab to fill voids and raise the concrete back to a stable, even position. This process restored proper alignment at the entryway, improved safety and drainage, and extended the life of the existing concrete without the need for demolition or replacement.
Project 4 - Leavenworth, WA
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The sidewalk in Leavenworth, Washington had settled unevenly, creating a noticeable height difference between concrete slabs. This settlement formed a clear tripping hazard for pedestrians and posed a safety risk for homeowners and visitors. Uneven sidewalks like this often result from soil erosion beneath the concrete and tend to worsen over time if left untreated.
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Level Best Northwest resolved the issue by lifting and leveling the sunken sidewalk using polyurethane foam slab lifting. The foam was injected beneath the concrete to fill voids and raise the slab back to a stable, even position. This repair eliminated the tripping hazard, restored safe pedestrian access, and extended the life of the existing sidewalk without the need for demolition or replacement.
Project 5 - Yakima, WA
The homeowner in Yakima, Washington was dealing with deteriorating concrete across the driveway, including surface wear, discoloration, and early signs of cracking. While the concrete slab was still structurally sound, the surface had begun to break down, negatively impacting curb appeal and making the driveway look aged and worn. Left untreated, this type of surface deterioration can continue to worsen and eventually lead to the need for full replacement.
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Level Best Northwest restored the driveway by resurfacing the existing concrete, creating a clean, uniform, and durable finish. The resurfacing process repaired surface imperfections and improved the overall appearance while extending the life of the concrete. This approach provided a cost-effective alternative to replacement, enhanced curb appeal, and delivered a long-lasting result without disturbing the surrounding landscape.
Project 6 - Yakima, WA
The pool deck in Yakima, Washington had settled unevenly, creating sunken concrete sections along the deck surface. This settlement caused an uneven walking area around the pool, increasing the risk of trips and falls and allowing water to collect in low spots. Uneven pool decks can also create gaps at expansion joints and place additional stress on surrounding concrete, which may worsen over time if not corrected.
Level Best Northwest lifted and leveled the sunken pool deck using polyurethane foam slab lifting. The foam was injected beneath the concrete to fill voids and raise the slab back to a safe, even level. This repair restored proper drainage, eliminated the tripping hazard, and improved safety around the pool area, all without removing or replacing the existing concrete.
Project 7 - Tieton, WA
The concrete steps and entry walkway in Tieton, Washington were showing clear signs of deterioration, including surface wear and aging that affected both appearance and safety. The worn concrete reduced curb appeal and created an uneven, less inviting entrance to the home. If left untreated, deteriorating steps like these can continue to degrade and eventually require full replacement.
Level Best Northwest restored the entry by resurfacing the existing concrete steps and walkway, creating a smooth, clean, and durable finish. The resurfacing process repaired surface damage, improved traction, and dramatically enhanced the appearance of the entryway. This solution extended the life of the concrete and provided a cost-effective alternative to replacement without disturbing the surrounding landscaping.
Project 8 - Gleed, WA
The concrete slab at the home entry in Gleed, Washington had settled unevenly, creating a noticeable height difference between slabs and a clear tripping hazard at the doorway. This type of settlement often occurs due to soil erosion beneath the concrete and can allow water to collect near the foundation. Left uncorrected, sunken entry slabs can worsen over time and pose ongoing safety concerns for homeowners and visitors.
Level Best Northwest lifted and leveled the sunken concrete using polyurethane foam slab lifting. The foam was injected beneath the slab to fill voids and raise the concrete back to a stable, even position. This repair eliminated the tripping hazard, restored a safe transition at the entryway, and extended the life of the existing concrete without the need for demolition or replacement.
Project 9 - Yakima, WA
The homeowner in Yakima, Washington wanted to protect their concrete driveway as part of routine maintenance. While the concrete surface was still in good condition, it was exposed to moisture, weather, and daily use, which can lead to staining, surface wear, and long-term deterioration if left unprotected. Without sealing, concrete is more vulnerable to water intrusion and freeze-thaw damage over time.
Level Best Northwest sealed the driveway using a clear acrylic concrete sealer to create a protective barrier over the surface. The sealing process helps repel moisture, reduce staining, and protect the concrete from wear while enhancing its overall appearance. This maintenance step extended the life of the driveway, made it easier to clean, and preserved the concrete without the need for repairs or replacement.
Project 10 - Sunnyside, WA
The sidewalk at a church in Sunnyside, Washington had settled unevenly, creating a noticeable height difference between concrete slabs. This settlement formed a clear tripping hazard in a high-traffic pedestrian area used regularly by church members and visitors. Uneven sidewalks like this often result from soil erosion beneath the concrete and can become a safety and liability concern if not corrected.
Level Best Northwest lifted and leveled the sunken sidewalk using polyurethane foam slab lifting. The foam was injected beneath the concrete to fill voids and raise the slab back to a stable, even position. This repair eliminated the tripping hazard, restored safe pedestrian access, and extended the life of the existing sidewalk without the need for demolition or replacement.
Project 11 - Yakima, WA
The concrete walkway at this Yakima, Washington home had become uneven and worn over time, creating an unlevel walking surface and reducing the overall appearance of the entry path. Settlement and surface deterioration made the sidewalk less safe to use and detracted from the home’s curb appeal. Without repair, uneven walkways like this can continue to shift and degrade, increasing the risk of trips and further damage.
Level Best Northwest lifted and leveled the sunken sections of the sidewalk using polyurethane foam slab lifting to restore a smooth, even surface. After leveling, the walkway was resurfaced to repair surface wear and create a clean, uniform finish. This combined approach improved safety, enhanced curb appeal, and extended the life of the existing concrete without the need for removal or replacement.
Project 12 - Yakima, WA
The driveway at this Yakima, Washington home had become uneven and worn, with visible settlement and surface deterioration near the garage entrance. These issues created an uneven driving and walking surface, reduced curb appeal, and increased the likelihood of further cracking and moisture intrusion. Over time, unaddressed settlement and surface wear can continue to worsen, potentially leading to more costly repairs.
Level Best Northwest corrected the issue by lifting and leveling the settled sections of the driveway using polyurethane foam slab lifting, restoring a stable and even surface. After leveling, the driveway was resurfaced to repair surface damage and create a smooth, uniform finish. This approach improved safety, enhanced the appearance of the driveway, and extended the life of the existing concrete without the need for full replacement.