Foundation Repair Before & After Photos

This customer noticed the addition on his home was sinking year after year. The addition was built on poorly compacted soil, resulting in settlement. Cleveland Basement Systems installed heliacal piers on either side of the addition in order to permanently stabilize it. Helical piers have helix-shaped blades welded to the shaft that allow them to be mechanically screwed into the ground. The before picture shows how the crew prepped the foundation for the piers. Installers then used specialized hydraulic equipment to drill the piers into the ground and attach steel foundation brackets  to the foundation's footing. Through the helical piers, the weight of the addition is transferred onto load-bearing soils below the surface. Helical piers are a great solution to stabilizing a lighter structure, like additions, that have settled. This customer can have peace of mind that their home is structurally supported. 

Once push piers were installed to permanently stabilize the foundation of this home, installers made sure to correctly put back and pack the ground. 

This customer was experiencing bowing walls on her basement walls. CarbonArmor was installed and provided high tinsel strength to prevent further bowing. 

A section of a home in Westlake, OH was shifting and sinking into the soil. This was causing serious structural issues to the home that needed to be fixed as soon as possible. Cleveland Basement Systems came in and installed helical piers along the outside foundation. Helical piers are made of galvanized steel that are bedded into strong soil deep below the earth. A steel foundation bracket is connected to the helical piers and then attached to the home's footing. The foundation crew then lifted the home back towards it's original position! Helical piers permanently stabilize a moving foundation and can be adjusted as the years go by. 

A homeowner noticed horizontal cracks in his basement and wanted to fix them before it got worse. Cleveland Basement Systems installed the CarbonArmor System which uses fiber-reinforced polymers to create a strong adhesion between the fiber fabric and walls.