Xpert Foundation Repair San Antonio

Various methods are used depending on the nature of the problem. The construction of these homes was faulty, and the structural components were not made properly or were improperly installed. As a result, they are prone to sinking into the soil. This can happen to any type of soil including clay, loamy sand, and even bedrock. A home settling also can be caused by overloading the soil with too many buildings on top of it; this can cause it to settle unevenly and become unstable. Foundation problems can also be caused by poor drainage around the home that ends up saturating the soil. It can also happen when the house is built on a slope which does not allow for proper drainage of rainwater away from the home’s foundation. All of these are problems that require immediate attention because if they are not fixed immediately they can result in damage to the home, or even collapse in extreme cases.

This type of construction uses posts that rest on top of the soil to support the walls of a building while the floor is supported by beams placed between the support posts. This type of construction is very common in older homes but is also used in some newer homes as well. Older homes are the most likely to suffer from this type of structural damage because of the wear and tear they undergo over the years.

If your house was built before the 1980’s, you are most likely to have this type of structure in your home, because the technology used was more advanced during that time. Pier and beam structures are also prone to damage from earthquakes and other natural disasters such as hurricanes and severe storms. What are the common causes of damage to a pier and beam structure? One of the most common causes for damage to a pier and beam structure is earthquake damage.

The process for leveling a house can vary depending on the specific issues with the foundation and the type of construction of the house. However, some common steps in the house leveling process include:

Inspection: A foundation inspector or structural engineer will assess the condition of the foundation and identify any issues that need to be addressed.
Planning: Based on the inspection, a plan will be developed to address the specific issues with the foundation. This may include determining the type and amount of shimming or jacking that will be required.
Preparation: Before the leveling process begins, any necessary preparations will be made. This may include removing any landscaping or other obstacles that are in the way, and covering floors and furniture to protect them from dirt and debris.
Shimming or jacking: Depending on the specific issues with the foundation, shimming or jacking may be used to level the house. Shimming involves placing small pieces of material (such as wood or concrete) under the foundation to level it out. Jacking involves using hydraulic jacks to raise the foundation to the desired level.
Pouring concrete: Once the foundation has been leveled, new concrete will be poured to stabilize the foundation and provide a solid base for the house.
Finishing: After the concrete has been poured and has set, any necessary finishing work will be done, such as replacing any removed landscaping or other finishing touches.

In short, with under-slab tunneling, a crew will dig underneath (instead of through) the concrete slab foundation of your home to reach the point where repairs need to be made.

Specialized boring equipment is used to dig a precise tunnel, as short and shallow as possible, so your foundation problems are fixed and the tunnel is backfilled.

Although not a universal solution, under-slab tunneling is the best option for different situations. Generally, under-slab tunneling is best suited for newly renovated homes, as well as for homeowners who don’t want to leave their homes during the repair process or have people coming in and out while making lots of noise.