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Our concrete repair specialists recently visited a home in Dalton, GA, where the homeowner was concerned about a cracked sidewalk and a sunken area in the driveway. The sinking was most noticeable at the junctions between the concrete slabs, creating an eyesore and posing a serious tripping hazard. During the initial evaluation, our home inspector explained that without prompt action, the situation would only get worse, potentially leading to more extensive damage.
At the scheduled appointment, our crew arrived with a solution in hand. Using PolyLyft, a high-density foam designed to lift and level concrete, they were able to raise the sunken slabs back to their original position in a matter of minutes. The transformation was immediate, leaving the driveway smooth, safe, and looking as good as new. Not only was the homeowner relieved to see the hazards eliminated, but they were also impressed by how quickly and efficiently the work was completed.
In Dalton, GA, Master Services recently addressed a concrete sidewalk issue. Over time, concrete naturally hardens, leading to the development of cracks. Our home inspector swiftly identified poorly compacted soil beneath the concrete slab as the root cause. To provide a prompt solution, we recommended our innovative PolyLyft method. PolyLyft is specifically engineered to elevate and level various surfaces, including sunken concrete slabs. This process entails injecting a specially formulated expanding foam beneath the affected area to gently raise the sunken slab back to its original position. Unlike traditional methods like complete concrete replacement, PolyLyft offers a cost-effective and long-lasting solution. Choosing PolyLyft not only saves homeowners time and money but also ensures a durable fix for their concrete sidewalk.
In Talbott, TN, Mark, the owner of a bustling community center with a large building and a long sidewalk stretching to the main road, grew increasingly concerned about the cracks forming along the walkway. The uneven surface posed a safety risk for visitors and community members who frequently used the entrance. Knowing that a safe environment was crucial for his business, he reached out to Master Services after receiving strong recommendations from other local business owners.
Our home inspector promptly arrived to assess the situation and recommended PolyLyft as an effective solution to stabilize the sinking sidewalk. Mark quickly scheduled the job, eager to ensure the safety of his patrons. On installation day, our crew injected PolyLyft into the void beneath the concrete, allowing it to solidify within minutes and restore the sidewalk to its original level. They also sealed any visible cracks with our Nexus product for added durability. By the end of the day, Mark was thrilled with the results, confident that his community center was now safer and more inviting for everyone.
John, a proud homeowner in Farragut, TN, noticed his front sidewalk settling, creating an unsightly dip and potential tripping hazard for his elderly mother. Concerned, he researched solutions and discovered Master Services' PolyLyft technology. Impressed by the company's professionalism and clear communication during the initial inspection, John decided to proceed with the repair.
On the day of the intervention, John watched with fascination as the Master Services team injected the expanding foam beneath the concrete, restoring the sidewalk to its original level position. After the quick and effective repair, John felt a wave of relief and satisfaction. He knew he had made the right choice, preserving both the safety and aesthetics of his property while ensuring worry-free visits from his mother.
A sinking slab near the garage door of a business owner in Jonesborough, TN prompted them to contact Master Services. Upon our visit, we utilized our exceptional PolyLyft product - a high-density substance that promptly stabilizes and often raises sinking slabs - to inject the slab. As a result, the tripping hazard has been eliminated! This efficient solution ensures swift results with minimal disruption to the current cement slab.