The primary difference between foundation sinking (settlement) and foundation heaving is the direction of movement and the underlying cause related to soil behavior.
Foundation Settlement (Sinking) Settlement is the downward movement of a structure. It occurs when the soil beneath the foundation compresses or consolidates. Common causes include:
Foundation Heaving (Rising) Heaving is the upward displacement of a foundation. This is typically triggered by expansive clay soils (common in Colorado) that absorb moisture from rain, snowmelt, or plumbing leaks. As the soil volume increases, it creates vertical pressure that pushes the foundation upward.
Visual Differences While both issues cause cracks and sticking doors, they often leave distinct patterns:
Because repair strategies differ fundamentally—settlement often requires deep underpinning like steel piers, while heaving requires moisture control and drainage—a professional geotechnical evaluation is essential.
Helical piers are widely considered a superior alternative to traditional concrete for parking lot light pole foundations due to their speed, reliability, and minimal environmental impact. As The Experts in Steel Piers, we have found that helical systems offer several…
We provide specialized solutions for property owners in Aurora who need durable, long-lasting walkways and concrete structures. Because Aurora has expansive soil rich in bentonite clay, standard landscaping often fails as the ground expands and contracts. We address these challenges…
When considering foundation repair or construction in Colorado, screw piles (also known as helical piers) often provide significant cost-efficiencies over traditional concrete, particularly regarding project timelines and site management. We have found that screw piles are especially cost-effective due to…
When comparing installation speed, Screw Piles (Helical Piers) offer a significant advantage over traditional concrete foundations. In poor soil conditions, we have found that screw piles can be up to 66% faster to install than concrete alternatives. The primary differences…
When comparing helical piers to traditional concrete for disaster recovery and foundation stabilization, the focus is often on speed, reliability, and immediate performance rather than a simple measure of “strength.” While concrete is a standard material, helical piers offer several…