Sudden sloping or uneven floors in Denver homes are primarily caused by the region’s expansive clay soils. These soils contain minerals that absorb water and swell during wet seasons, then shrink as they dry during arid summers. This continuous cycle of movement creates voids and leads to foundation settlement, which manifests as sloping or bouncy floors.
Several factors can intensify this issue:
Warning signs to look for alongside uneven floors include:
If you notice a slope greater than one inch over a four-foot span, it is recommended to seek a professional evaluation. While stabilization methods like helical piers or polyurethane foam lifting can resolve these issues, you should consult a licensed structural engineer for a definitive diagnosis.
Under the right conditions, Polyurethane Foam Lifting can provide a durable, long-term solution for sinking concrete slabs. Our experience shows that when the underlying soil is stable and the slab is not exposed to ongoing moisture or erosion, this method…
When evaluating the cost of Polyurethane Foam Lifting, the typical price range is between $5 and $10 per square foot. While this upfront cost is higher than traditional mudjacking, which generally ranges from $3 to $6 per square foot, the…
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…
When comparing Polyurethane Foam Lifting to traditional mudjacking for your Denver property, the primary differences lie in the weight of the materials, the invasiveness of the installation, and long-term durability in Colorado’s expansive clay soils. While traditional mudjacking uses a…
Yes, we provide specialized Polyurethane Foam Lifting services to homeowners and businesses throughout Greenwood Village. As a family-owned and operated business since 1996, we understand the unique challenges posed by the expansive clay soils in the Front Range and have…