Before & After Photos

This homeowners foundation wall was serevely bowed with a large vertical crack. This not only compromised the structural integrity of the home but also allowed water to seep into the basement. Our team permanently secured and stabilized the wall and waterproofed the basement using our PowerBrace Wall Repair System, sealed it with CleanSpace Vapor Barrier, installed WaterGuard drainage and a TripleSafe Sump Pump. 

In this Danbury home, our team installed helical piers to fix part of the garage that had started to settle. We began by breaking up a small section of the concrete to reach the ground underneath. Then, we drove steel piers deep into stable soil to give the foundation strong support. Once everything was secure, we lifted and leveled the area so it wouldn’t sink again. Now, the garage floor is solid and stable ready to last for years to come.

Large and visible staircase cracks were appearing in-between the cinderblock bricks of this home's foundation. Our crew permanently stabilized these walls using GeoLock wall anchors which not only stop shifting in its tracks, but can also straighten the walls back to their original position.

This home in Germanton, NC was experiencing structural concerns in the crawl space caused by weakened or settling support posts beneath the floor system. Over time, shifting soil and aging supports can lead to sagging floors, uneven surfaces, and reduced structural stability inside the home.

To address these issues, our team installed a series of SmartJack crawl space support posts. These adjustable steel supports are designed to reinforce floor joists and beams while transferring the weight of the structure to a stable base below.

SmartJack systems provide a durable, long-term solution for sagging floors and compromised crawl space supports, helping restore stability and improve the overall structural integrity of the home.

We stabilized this block basement wall with our CarbonArmor strips that adhere to the wall’s surface. These strips reinforce the wall to handle the exterior pressure that was previously turning the blocks and risking a wall collapse.