Before & After Photos

A house located in Sparta, TN was plagued with excessive moisture and mold issues. As a result, the wooden floors were shifting due to the high humidity levels. After our team conducted a thorough evaluation of the situation, we advised the homeowner to use a dehumidifier in conjunction with mold remediation. Our Sedona dehumidifier was recommended for its rapid ability to eliminate moisture from the wooden floors and ensure that mold growth would be prevented in the future.

Our team went to Sparta, TN, to tackle a home settlement issue. During the inspection, our home inspector discovered horizontal cracks in the basement wall. These cracks, along with problems like stuck doors and windows, are common signs of settlement due to shifting soils and moisture issues, which can affect both the stability and value of the home. 

To address the problem, we installed Push Piers, which anchor into stable soil beneath the house to provide immediate support and often restore the home to its original level. Despite the tight working space (only 4-5 feet), our skilled crew managed the job by cutting a section of the cement footing. After installation, we backfilled the hole and cleaned up the area, leaving the site tidy and secure.

Master Services visited a resident in Allons, TN who had noticed that his driveway was sinking. To fix it, the team injected the slab with PolyLyft, our high-density polyurethane product.

Master Services recently responded promptly to concerns about a front porch in Allons, TN. Our highly skilled team quickly identified cracks and sinking in the porch, a common issue caused by soil settling. We efficiently resolved the problem using four helical piers. These devices connect the cement footing to the solid ground beneath the house via steel brackets, with a unique shape designed to grip the clay-rich soil effectively. This solution allows for a quick fix that can be accomplished in a day.

The Master Services team installed wall plate anchors in Whitwell, TN to address bowing, cracked walls. The plates anchor the wall in resilient surrounding soils to provide structural support.