Trust in the East Coast's premier structural support, relocation and demolition experts.
The most common reason to raise your home is to comply with FEMA’s flood elevation standards. Whether you have a grant, or want to save on your flood insurance, we have the process figured out. We employ Certified Flood Plain Managers to help assist with the more challenging questions. In regards to engineering and knowing how high your home has to be raised, we have a design team that we have worked on over 300 projects with. If you already have your design complete and are looking for a quote, that is not a problem. And if you only need us for a portion of your project, such as lifting your house, that is fine too!
Our Services
Every home deserves a solid foundation, a source of unwavering support and reassurance. Yet, time, shifting soil, and unforeseen issues can compromise this critical structure, leading to cracks, uneven floors, and structural damage. If you're facing these concerns, don't wait – SJ Hauck Construction offers comprehensive structural repair and leveling services designed to diagnose the problem and reestablish your home's stability.
Foundations
Are you starting a new commercial project? Are you getting ready to build a new house? Do you have an existing structure or house on your property that needs to be removed? If so, let the professionals at SJ Hauck Construction get your property cleared and ready to build!
Demolition
Support of Excavation (SOE) is a crucial aspect of construction projects that involve digging below ground level. SOE systems are temporary earth-retaining structures designed to control soil movement and prevent cave-ins, ensuring the safety and stability of excavation sites.
Support Of Excavation
House Lifting is also known as House Raising or Home Elevation. SJ Hauck has the superior knowledge to guide you through your entire home elevation project. From design to completion, we have the experienced team!
House Lifting
The majority of homes are moved because they are in the way of new construction and are scheduled for demolition or are in imminent danger of being destroyed. Typically they are structures that have historic value that should be preserved and not thrown into a landfill, or structurally sound homes that make economic sense to relocate to a new site.
House Moving
Timber piles are long, slender wooden beams driven deep into the ground to provide support for structures. They are typically made from strong, durable woods such as oak, pine, or fir, and are carefully selected based on the specific project requirements. Timber piles offer several advantages over other foundation materials, making them a popular choice for a wide range of applications.
Timber Piles
Helical piles, also known as screw piles or helical piers, are deep foundation anchors that are installed by rotating them into the ground like screws. They are typically constructed from high-strength steel and are designed to provide reliable support for structures even in challenging soil conditions. Helical piles offer a range of advantages over traditional foundation methods, making them a preferred choice for numerous applications.
Helical Piles
Renovating a large commercial property can cause a few safety concerns. Neighboring buildings may need to be stabilized or the foundations might need to be underpinned in order to reach the depth of the current construction site’s foundation. Oftentimes renovation projects call for structural support members to be relocated, or openings added into load bearing walls; or structural support members may have corroded or begun to buckle or fail.
Shoring And Underpinning
Every home deserves a solid foundation, a source of unwavering support and reassurance. Yet, time, shifting soil, and unforeseen issues can compromise this critical structure, leading to cracks, uneven floors, and structural damage. If you're facing these concerns, don't wait – SJ Hauck Construction offers comprehensive structural repair and leveling services designed to diagnose the problem and reestablish your home's stability.

































