Erickson Foundation Solutions Before & After Photos

This homeowner in North Andover, Massachusetts noticed their concrete driveway and walkway have settled a couple of inches. The settlement had produced some cracks in the driveway and the homeowners are looking to repair the concrete. They decided to call EFS for a free inspection. 

Design Specialist Isaac noted that there are some areas on the driveway and walkway that have sunk up to 4". Isaac recommended injecting PolyLevel under the concrete to lift and level the concrete. 

Crew Lead Nick Melo and his team injected PolyLevel into the driveway and walkway and were able to lift the concrete. After the concrete was lifted, the team sealed all of the cracks with NexusPro. 

A homeowner in North Andover, Massachusetts, had EFS inspect their home for radon, but concerning cracks were found on their foundation wall. The homeowner set up another inspection with EFS to examine the foundation walls. The design specialist recommended installing Push Piers on the footing to prevent the home from settling. 

A foundation crew from EFS installed 15 Push Piers on the right side of the home. 

A homeowner in North Andover, Massachusetts has a 25-year-old pool and pool deck. The pool deck is separated from the edge of the pool. The homeowners decided they needed to repair the pool deck. 

EFS inspected the pool deck and recommended installing PolyLevel and NexusPro to repair the pool deck. 

A tripping hazard around a pool in North Andover, Massachusetts, was repaired using PolyLevel and NexusPro. The PolyLevel Crew injected Poly around the pool deck to lift, level, and seal.

A homeowner in North Andover, Massachusetts, has lived in their home for the past 8 years. In the past month, they have noticed that there is a large crack in their foundation wall. They called EFS for a free inspection and our design specialist found that the crack was caused by the settlement of the foundation. EFS recommended installing Push Piers to the footing of the foundation to lift the foundation to its original position.