Before & After
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Our team at Master Services responded to a call from a residence in Fall Branch, TN, which was experiencing settling issues due to clay soil. Upon inspection, it was apparent that the structure needed prompt attention to prevent any compromise to its stability. To address this issue, we decided to install helical piers, which are ideally suited for the Tennessee terrain. These piers significantly reinforce the foundation and provide enduring stability without causing much disruption to the outside yard.
Master Services received a call regarding a foundation wall issue in Fall Branch, TN. Our inspection revealed a noticeable horizontal crack, a clear sign of hydrostatic pressure and an urgent concern.
Upon careful evaluation, we opted to use our Wall Braces system, a cost-effective and minimally disruptive solution compared to rebuilding or replacing the compromised foundation walls. This system employs the main support beam's force to prevent further bowing of the wall within the foundation. The homeowner was pleased with the results, particularly appreciating the minimal disruption to their yard during the process.
A customer in Chuckey, TN had only been in the home for six months, but already noticed a problem in her basement. She detected a musty smell and noticed that water worked its way inside the area, usually after substantial rains. She wanted to use the basement as a storage area, but first needed it fortified against water. Our team installed several systems, including our TripleSafe sump pump, SaniDry Sedona dehumidifier, and CleanSpace Wall vapor barrier.
A homeowner near Chuckey, TN opted to encapsulate their crawlspace, intending to secure long-term home maintenance. Our team installed the CleanSpace vapor barrier, offering protection against mold, moisture, and common crawlspace issues.
Master Services received a call from Chuckey, TN, where a homeowner was dealing with a sinking driveway pad and needed assistance in restoring its height and stabilizing the concrete to prevent further settling. This issue is commonly caused by water from rain seeping underneath the concrete and washing away the soil, along with the weight of the concrete causing settlement.
To address this problem, our team utilized PolyLyft. This involved drilling holes at strategic intervals along the slab and injecting them with high-density polyurethane. As the substance fills the voids beneath the slab, it lifts it to an even position, effectively restoring its height and stability.
