Before & After Photos

A homeowner in Forked River, NJ discovered their basement walls were cracking and bowing inwards, so they contacted Quality 1st Basement Systems for a repair solution. Our System Design Specialist, Jack H., inspected the walls. After his inspection, Jack recommended our Carbon Armor Straps were the perfect solution. The Carbon Armor Straps are designed to stabilize bowing walls. It's 10x stronger than steel, and will not disrupt future basement finishing projects. Since the installation, the homeowner has not had any other issues in their home.

A Forked River, NJ homeowner needed additional support added to their floor joist and beams. They contacted Quality 1st Basement Systems after doing research online and seeing our support system known as SmartJack Crawl Space Reinforcement System. Joe Mancini did a full inspection of the crawl space area and recommended 9 SmartJacks be installed against the crawl space beam to provided enough support to stabilize the beam and prevent further movement. 

Quality 1st Basement Systems installed a CarbonArmor wall reinforcement system in this Newark, NJ basement. CarbonArmor contours to the foundation, preventing it from bowing forward.

This homeowner was worried about the massive crack in their foundation wall. They contacted Quality 1st for a solution and System Design Specialist, Steve V. was able to provide them with a solution. To stabilize the wall, Victor and his team went out to the home and installed an 8ft PowerBrace System. The PowerBrace Wall Repair System was able to stop further damage and will potentially straighten the wall. 

With help from our System Design Specialist, Javier and foundation crew lead by Foreman, Wilver, Quality 1st Basement Systems was able to stabilize the bowing foundation walls with CarbonArmor Wall Reinforcing System. Each strap is installed with a strong epoxy to allow the strap to grip to the wall permanently. This will prevent the wall from bowing inward more. Each bracket above can be adjusted to gradually bring the wall back towards its original position.