We repair spalled concrete joints in high-traffic warehouses by addressing both the surface deterioration and the underlying structural causes. Deterioration along slab edges is often caused by heavy forklift traffic combined with slab settlement, which creates trip hazards and accelerates damage.
To restore these joints, we utilize two primary professional techniques:
Our approach adheres to International Concrete Repair Institute (ICRI) guidelines to ensure durable, code-compliant results. Because warehouse conditions are unique, a professional on-site inspection is required to determine the specific repair strategy for your facility. As a family-owned and operated company since 1996, we focus on providing long-term stability with minimal site disruption.
All information is for general purposes and may be updated without notice. Estimates are preliminary and not legally binding until confirmed in writing following an on-site inspection. We do not guarantee specific results for every project; outcomes depend on site conditions. Consult a licensed structural engineer for definitive diagnosis and design recommendations.
The cost of foundation repair in 2026 varies significantly based on the specific challenges of your property, particularly due to the expansive clay soils and freeze-thaw cycles common in the Front Range. Because every home is different, we utilize a…
Choosing between foundation piering and crack injection involves weighing long-term structural stabilization against localized sealing. As family-owned and operated since 1996, we provide both services, but their costs reflect very different scopes of work. Crack Injection Epoxy Injection / Crack…
The ICC-ES AC358 (Acceptance Criteria for Helical Pile Systems) provides the essential framework we use to evaluate and verify helical pile lateral resistance. Unlike standard design tables, AC358 evaluation reports are based on results from full-scale testing conducted by accredited…
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…