Professional Wall Stabilization Services for Commercial Buildings in Columbus, GA
Walls play a crucial role in supporting the integrity of any commercial or industrial structure. However, even well-built walls can develop issues like bowing and cracking over time. If not addressed promptly, these problems can escalate, leading to severe structural damage or even the collapse of the entire building. Thankfully, property owners in the Columbus, Georgia, area can find reliable solutions for bowed or cracked walls at Engineered Solutions of Georgia, where wall stabilization is a specialty.
Trusted Geotechnical Professionals
When you choose Engineered Solutions of Georgia for wall stabilization services, you’re partnering with seasoned construction experts. Our team of geotechnical specialists, boasting over 150 years of combined experience, ensures efficient project completion, delivering lasting solutions for structural stability. As proud members of the National Society of Professional Engineers (NSPE) and the American Society of Civil Engineers (ASCE), we employ cutting-edge wall stabilization methods. Two cost-effective techniques in our arsenal include:
- Soil nail wall installation: Ideal for commercial projects in urban areas, soil nail walls require fewer materials and boast faster installation with smaller overhead construction requirements compared to other support options.
- Helical anchors: Also known as helical tiebacks, these large metal shafts reinforce foundations, serving as anchors that keep foundation walls upright.
- Carbon fiber supports: For walls bowing under lateral soil pressure, heavy-duty carbon-Kevlar straps can be employed for effective wall stabilization.
Consultation for Wall Stabilization
To determine the most suitable wall stabilization technique for your property in Columbus, GA, contact Engineered Solutions of Georgia to schedule a complimentary consultation. Our team will conduct a thorough inspection of your property and recommend a service to restore structural integrity to your building.