Foundation Repair Before & After Photos

This homeowner in Medina, OH noticed the floor above the basement was sagging. Come to find out, the old supports that were holding up the joists were not holding the weight correctly. This was due to the low-quality and age of the supports. Cleveland Basement Systems installed the SmartJack stabilizing system along the sagging joists in order to permanently fix the problem. SmartJacks are different, and better, than other support systems on the market because they are made of strong, galvanized steel. This high-quality material will not corrode and can handle the weight of the floor above.  

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. 

Installers at Cleveland Basement Systems worked diligently to stabilize this customer's foundation with the PowerBrace system. PowerBraces are zinc-plated steel beams that are custom fit to the basement wall and tightly anchored to the floor and joists. PowerBrace does not require invasive digging and effectively relieves the pressure from the wall. 

This homeowner in Lakewood, OH was experiencing wall failure in her brick foundation. Cleveland Basement Systems stabilized the wall by installing the EverBrace system. The EverBrace system uses steel corrugated panels that span between I-beams in order to strengthen the existing structure. EverBrace transfers the weight of the falling wall to the new support. Installers also securely attach CleanSpace between the wall and EverBrace in order to create an antimicrobial, waterproofed barrier. CleanSpace is a thick plastic sheet that works to reduce moisture and humidity.  Together, these two products will protect the foundation of this home. 

Cleveland Basement Systems installed CarbonArmor to stabilize the shifting foundation walls. Carbon fiber is a high-tensile strength that is nearly impossible to stretch. This allows the wall to be safely reinforced and stabilized.