Foundations
Every foundation is at risk of damage. Regardless of whether your home has a pier and beam foundation or a concrete slab, it will settle over time. Uneven settling can lead to cracks, posing serious risks of structural damage. While hairline cracks are typical during settling, larger cracks indicate a problem. Additional of foundation distress include bulging floors, improperly closing doors or windows, and separation in exterior bricks. Foundation damage can also stem from plumbing leaks, inadequate property drainage, nearby tree roots, termite infestations, extreme seasonal shifts, and flooding. Regions like Southern Louisiana and Mississippi are particularly vulnerable to flash flooding from storms and severe flooding caused by hurricanes. If a damaged foundation is left unrepaired, the house's frame may become increasingly distorted, leading to greater wall and ceiling cracks, uneven floors, gaps in molding, and misaligned doors and windows—potentially making the structure unsafe and reducing property value.
Restore Your Home’s Stability: Find Comfort with Expert Foundation Repair
Uneven, sagging, or squeaky floors may indicate that your home's foundation has shifted since it was first built. A home that isn't level can pose risks, but there's no need to worry. Reliable Foundations specializes in restoring your home’s level, ensuring your comfort and safety. Schedule a complimentary foundation leveling inspection today, and let’s get your foundation back in proper alignment. Trust Reliable Foundations for all your home leveling requirements. Rest easy by making the call, knowing your foundation is safeguarded for a lifetime!
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Understanding Pier & Beam Foundations
This type of foundation features a series of vertical columns (piers) placed strategically beneath the structure to support horizontal beams. These beams evenly distribute the weight of the building across the piers, ensuring stability and elevation. Unlike slab foundations that are directly on the ground, post and beam foundations raise the structure above the soil, providing improved protection against moisture-related issues like flooding or soil movement.
