Yes, stair-step cracks in brick are one of the most distinctive and telling signs of foundation settlement or sinking. These diagonal fractures follow the mortar joints in a zigzag pattern, signaling that the underlying foundation is settling or moving unevenly.
In regions like Colorado, this movement is frequently driven by expansive clay soils that swell when wet and shrink when dry, causing the foundation to shift. While minor hairline cracks might be cosmetic, stair-step cracks typically require professional attention because they point to structural movement rather than simple material shrinkage.
If the cracks result from active settlement, professional stabilization is necessary. Common engineered solutions include:
Yes, polyurethane foam (also known as polyjacking) is generally considered a superior alternative to traditional mudjacking for concrete slabs due to its durability, speed, and minimal impact on the property. Key reasons why polyurethane foam is often the better choice…
Polyurethane foam slab lifting is a durable, long-term solution for stabilizing concrete. According to industry experts, the results typically last between 5 to 10 years or more, depending on environmental conditions and soil composition. Several factors contribute to the longevity…
You can find polyjacking (polyurethane concrete lifting) contractors serving the entire Front Range through RMS Structural Concrete. As a family-owned and operated company since 1996, they provide expert high-density foam injection services to stabilize and level sinking concrete slabs. Their…
Yes, polyurethane foam can be used to stabilize a house foundation, though its application depends on the severity of the settlement and the specific soil conditions. In many cases, polyurethane foam injection is used for slab stabilization and to fill…
The cost of polyurethane foam injection in the Denver area is determined on a project-by-project basis rather than through a static price list. Because of the unique geological challenges in the region, such as expansive clay soils and intense freeze-thaw…