Master Services Before & After Photos

When moisture overwhelms a basement or crawlspace, it creates the potential for rot and mold. The Master Services team visited a crawlspace in Rockwood, TN that was undergoing moisture problems. We installed our CleanSpace liner, which protects against mold and mildew and keeps moisture from impacting surfaces. 

A crawlspace in Rockwood, TN was suffering from sagging beams and floor joists. To prevent further damage, our team installed the SmartJacks system. This reliable and sturdy system supports the weakened structures and can be adjusted for added support as necessary.

We journeyed to a dwelling located in Rockwood, TN to evaluate its crawlspace. The beams in the crawlspace were vulnerable to decay, displacement, and sinking over time, which could lead to structural issues. Our team was able to effectively rectify the problem by utilizing our proficient SmartJacks system.

The SmartJacks system consists of adjustable steel piers that have a high-capacity and offer a lasting solution by preventing further settling and restoring the home's floor to its original position. This solution is not only quick but also durable, and it can be upgraded if more weight is added to the upper floors.

This crawlspace in Rockwood, TN had been previously encapsulated with inadequate material and was in need of a professional upgrade. When the Master Services team visited, it was immediately clear that the whole area suffered from moisture problems. Our crew removed the old plastic sheet and then proceeded to install our CleanSpace liner, which protects against mold and mildew and keeps moisture from impacting surfaces.

The Master Services installation team successfully addressed a large stair-step crack on a basement wall in Rockwood, TN, using our I-Beam Wall Braces. The homeowner sought a lasting solution for this expansive area, with a specific focus on minimizing disruption to the floor as they intended to use this space as living space.

Our installation of I-Beam Wall Braces stabilized the wall by connecting it to the stable soil in its surroundings, effectively creating a "soil sandwich" around the basement structure. The entire procedure was executed efficiently, causing minimal disruption to both the interior and exterior of the property.