While small hairline cracks are often non-structural, determining if a foundation crack is “too big” depends on its characteristics and the underlying cause. In the Denver Front Range, our expansive clay soils can swell up to 10% in volume, leading to significant structural movement.
We recommend an evaluation at the first sign of trouble, especially if you notice the following warning signs alongside cracking:
Our Repair Approach
The severity of the crack determines our professional strategy. For non-structural cracks primarily intended to stop water leaks, we may use Crack Chasing & Sealing with high-performance, flexible sealants that withstand Colorado’s freeze-thaw cycles.
For larger, structural cracks that threaten the integrity of the home, we utilize Epoxy Injection to restore the concrete’s original load-bearing strength. In cases of significant soil movement, we install Helical Piers to stabilize the structure by reaching stable soil depths, often averaging 17 feet.
Because site conditions vary widely, accurate diagnosis requires a professional on-site evaluation by our trained, certified installers. Consult a licensed structural engineer or qualified professional for definitive diagnosis and design recommendations.
Determining the lateral load capacity for ICC-ES compliance involves a multi-layered engineering approach that combines full-scale laboratory testing, shaft geometry analysis, and field validation. To meet ICC-ES AC358 standards, the lateral capacity of our helical pier systems is determined through…
During the continuous special inspection of a helical pile installation, our team and the assigned special inspector must record specific field data to verify that the as-built foundation aligns with the engineered design and IBC 2026 requirements. We record the…
To ensure a compliant helical pile submittal under IBC 2026, a comprehensive documentation package is required. This package must satisfy the geotechnical, structural, and quality-control standards established in Chapter 18 of the code. The core submittal documents include: As the…
When comparing Polyurethane Foam Lifting to traditional concrete replacement, the longevity of the repair is a significant advantage because it addresses the root cause of the problem. While new concrete provides a fresh surface, it does not fix the underlying…
Yes, Polyurethane Foam Lifting is often the more economical choice compared to a full concrete replacement. Our injection method allows you to avoid the high costs associated with demolition, hauling away old materials, and pouring new concrete. The primary cost-saving…