Repairing and Installing Retaining Walls in North Carolina & South Carolina
If your retaining walls are crumbling, falling or separating from adjacent walls, nothing is more important than repairing them as soon as possible. If problems with your retaining walls are not addressed immediately, it can lead to serious problems that can damage your home’s foundation. For customers in North Carolina & South Carolina, no contractor has more experience repairing retaining walls than Foundation Repair Services. No one else in the region has the kind of experience unique to the Southeast to repair retaining walls that we do, and we can use that experience to help you and your home.
As a leader in the Southeast for retaining wall installation and repair, Foundation Repair Services knows exactly why retaining walls in the Southeast fail as well as what it takes to repair them with solutions that are the most effective for the region. Our extensive retaining wall repair services can bring your retaining walls back into their original condition and strengthen them for the future. Whether your retaining walls need soldier piles, lagging walls or any other type of solution, Foundation Repair Services is the recognized expert in the Southeast for retaining wall repair.
We Know the Southeast and Retaining Walls
A retaining wall is crucial for maintaining a foundation because it holds the soil around the foundation in place and prevents it from pushing against the foundation. Often, improper drainage leads to soils expanding and forcing retaining walls to buckle. Whether the retaining wall is a gravity wall, a cantilever wall or an anchored wall, any fault in it can cause soil to push it out of position, which leads to cracks and further damage to the foundation. If not dealt with immediately, a collapsing retaining wall can cost homeowners significant amounts of money in foundation repair costs if professionals specializing in retaining wall repair do not address it promptly.
Foundation Repair Services is the expert you call for prompt repair and installation of your retaining wall. Contact us today to get started.
Types of Retaining Wall Solutions
Foundation Repair Services offers many solutions. Soldier piles and lagging walls are common temporary solutions and fit many different soil types and excavations.
Soldier piles and lagging walls are used primarily for temporary excavation support. These walls are constructed by installing vertical soldier piles, typically H beams, from the original grade before excavation begins. The excavation is performed in lifts of 4' to 5' so that the timber lagging can be installed between the soldier piles to restrain the soil.
What Are Soldier Pile Walls?
Soldier piles are steel I-beams driven into the ground to help with soil retention. Soldier pile walls are ideal for sites that aren’t conducive to excavation, such as for geogrid walls, cantilever walls and other retention techniques.
Advantages of Soldier Pile and Lagging Walls
Lagging walls are among the least expensive retention systems. Soldier piles can be installed quickly and lagging walls are fast to construct. This technique is versatile and allows for adjustments in the field if necessary.
How Are Lagging Walls Installed?
Soldier piles are typically driven into the ground 2 to 4 meters apart prior to excavation. Horizontal lagging is inserted behind the H piles as the excavation progresses. Lagging walls can be constructed with pressure-treated timber lagging, steel lagging or precast concrete lagging. Anchors or bracing may be used to reinforce the lagging. Steel beams called “whales” extend between piles to reinforce a lagging wall.
Soldier piles are commonly used when soil conditions aren’t suitable for other types of wall construction. Consolidated clay, soils above the water table, and soils that can be drained of water are typical. Unsuitable soils include soft clay or sands.
Soldier piles can only extend 12 to 18 feet above the soil line before the load becomes too great to support. They’re typically limited to temporary construction and can’t be used in high water table conditions.