Cracks, water intrusion, crawl space moisture, settlement, etc.
We Treat Your Home Like Our Own
Heavy rainfall or melting snow can cause basement flooding which result in weakness in the ground beneath your foundation. Foundation sinking, bowing basement walls, and other structural damage can occur as the supporting ground softens. In the process, your’re left with an ideal environment for the growth of mold and mildew.
Humidity in the soil and air releases destructive water vapor, debris, contaminates, and pollen. This damp air carries mold spores and musty odors, providing the perfect environment for insects and other pests, as well as wood rot. These issues affect your home’s structure and the quality of air in your living spaces.
All soil can expand and contract after a heavy rain or drought. When the soil supporting your foundation changes, it can cause your home to shift. During wet weather, water saturates surrounding soil, causing it to swell and push against subterranean walls. This lateral pressure can make basement walls bulge or leak, causing a wet and smelly basement.
Our team performed a thorough inspection of the crawl space, identifying structural concerns and reinforcing support beams. Necessary adjustments were made to improve stability and prevent future issues, ensuring the long-term integrity of the foundation.
We conducted a thorough inspection and repair of the crawl space to address signs of moisture and insulation issues. The project included sealing off potential water entry points and reinforcing the insulation to enhance energy efficiency and prevent future damage. This crucial intervention ensures the long-term stability and safety of the property.
The back side of Ken's home in zip code 40356 was experiencing significant sinking issues, necessitating a comprehensive structural repair. To stabilize the foundation, our team excavated and installed support systems along the exposed wall. The previous deck had been removed for better access during the repair process. This vital intervention, valued around $23,000, ensures the safety and stability of the home moving forward.
Completed a waterproofing job in Margie's basement, addressing biological growth on drywall and water intrusion at floor-wall corners. Included measures to improve drainage with a potential sump pump addition. This essential project in zip code 40356 is valued around $12,000.
In Brad's crawlspace located in zip code 40356, we tackled persistent water intrusion that was causing repeated HVAC system failures. With existing sumps proving unreliable, our team implemented a robust drainage system coupled with advanced waterproofing measures, effectively bypassing the need for additional sumps. This solution, valued around $11,200, aims to protect and enhance the longevity of the space.
In Nicholasville, zip code 40356, we addressed structural challenges including interior wall cracks and unlevel floors caused by foundation issues. Our team implemented essential repairs for stability in areas with basement and crawl space configurations. This important project, valued at around $7,000, ensures enhanced structural integrity and long-term reliability.
In zip code 40356, we successfully tackled a water intrusion problem in Patti's crawl space. Our team installed a sump pump to manage water accumulation effectively, ensuring the space remains dry. This job, valued at around $8,300, provides an essential waterproofing solution to protect the property from future water-related damage.
We tackled a challenging waterproofing job involving water seeping through a wall into the crawlspace. The issue, which began as a small puddle and was exacerbated by a window that wouldn't close, called for comprehensive measures. Our team installed an effective piping and drainage system to redirect water away from the structure, ensuring the crawlspace remains dry. The solution, valued at approximately $40,000, also considered factors like existing dehumidification efforts. This essential project safeguards the home's foundation and addresses the growing problem efficiently.
