In the Front Range, water is the primary driver of foundation failure due to the immense hydrostatic pressure it exerts on structures. This process begins when soil surrounding a foundation becomes saturated from heavy rainfall, melting snow, or poor drainage.
Water-rich conditions lead to foundation failure through several mechanisms:
Because of these factors, managing water through proper soil grading, downspout extensions, and perimeter drain systems is considered the most critical step in preventing foundation collapse in the region.
When performing historic foundation repairs, compliance involves meeting a combination of local, state, and national preservation standards. The primary requirements include: Related FAQs
Handling mortar deterioration in old stone foundations requires a specialized two-step repointing process to ensure both structural longevity and historical integrity. It is critical to avoid modern, high-strength products, which can trap moisture and cause stone failure. The Restoration Process…
Stair-step cracks in your home’s exterior brick follow the mortar joints in a zigzag, stepped pattern and are a primary indicator of foundation settlement. These fractures signify that the underlying foundation is settling or moving unevenly, often due to Colorado’s…
Repairing stair-step cracks in brick veneer involves a two-step approach: addressing the underlying structural movement and sealing the visible damage. Because these cracks are typically caused by foundation settlement into expansive soils, it is critical to stabilize the structure before…
Distinguishing between settlement and shrinkage cracks is essential for determining the structural health of a home. These two types of cracks have different causes and implications for your foundation: While shrinkage cracks can often be addressed with routine patching or…
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