Yes, Polyurethane Foam Lifting can be used to stabilize residential foundation footings, provided the settlement is minor to moderate and is primarily caused by soil voids. We utilize high-density polyurethane foam injection—often referred to as polyjacking—to fill those voids directly beneath the footings and lift settled concrete back into its original position.
This method offers several distinct advantages for residential properties:
While foam is an excellent, cost-effective solution for many homeowners, it is important to note that if footing settlement indicates deeper structural failure, alternative methods like Helical Piers or full underpinning may be required. As a family-owned and operated business since 1996, we provide custom assessments to determine which solution offers the superior performance your home needs.
All information is for general purposes; actual outcomes depend on site conditions. We recommend consulting a licensed structural engineer for definitive diagnosis. Estimates are preliminary until confirmed by an on-site inspection.
Based on the provided documentation, the content focuses exclusively on the foundation and structural requirements for ADU conversions in the Denver area. It does not provide information regarding specific plumbing or electrical upgrades.While the guide details critical structural factors such…
Based on the provided guide, Denver’s zoning and building requirements for Accessory Dwelling Units (ADUs) in 2026 focus heavily on structural safety, frost protection, and soil stability.Key considerations for 2026 zoning and building updates include:Frost Depth Requirements: Denver building codes…
The cost of converting a basement into an ADU (Accessory Dwelling Unit) in Denver is determined by several site-specific structural and environmental factors. Because no two properties are alike, costs vary based on the unique geology and foundation requirements of…
Helical piers are an ideal foundation solution for municipal boardwalk projects due to their efficiency and minimal environmental impact. According to RMSSCO, there are several key reasons to use them for these types of infrastructure projects:Minimal Environmental Disturbance: The rotary…
Inadequate soil compaction leads to structural failure because it leaves physical gaps in the ground that cannot support the weight of a building. According to the provided content, this process involves the following mechanisms:Creation of Voids: When fill or backfill…