Before & After Photos

When our team first visited this Hollis, NH home, the garage's upper floor was noticeably cracking – a clear sign of failing support beneath. As you can see in the before photo, the old, deteriorating support posts just couldn't hold up any longer. Our solution? We installed SmartJack support systems, showcasing a brilliant after scene. These steel support beams not only solved the problem but ensure long-lasting stability. Now, the floors above are as secure as ever – a remarkable transformation indeed.

In Hollis, NH, notice how the unsupported temporary columns created a fragile environment, resulting in sagging floors and compromised safety. To address this, we implemented the SmartJack® System. Our specialists installed precise galvanized steel columns to stabilize the basement beams, ensuring solid support. The durable footings effectively distribute the home's weight, bringing back peace of mind with reinforced structural integrity. As visible in the after photo, the heavy-duty system restored the home's floor to its intended position, eliminating bounce and providing long-lasting stability.

This home in Goffstown, NH had a cinder block foundation on which one side was severely bowing in due to pressure from exterior soils. At the bottom of the wall, the wall was bowed in 3-4 inches. After PowerBrace installation, the wall was almost completely flush and level, and completely stabilized.

A homeowner in Goffstown, New Hampshire was looking for someone to come out and stabilize their foundation. They called EFS for a free inspection. Our design specialist recommended installing EZ Posts to stabilize the foundation.

The owner of a 1970s home in Goffstown, New Hampshire, bought their property in 2018. However, they have recently noticed that the front-facing foundation wall seems to be bowing inwards. Therefore, they reached out to EFS to request a free inspection of their foundation walls. EFS's Design Specialist, Jared Pavluvcik, inspected the basement and suggested installing an Auxiliary Wall along the entire length of the front-facing foundation wall. This would stabilize the foundation wall and stop it from bowing any further.