Before & After Photos
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Driveway Sealant and Protection
This customer was starting to experience some damage to his driveway due to water getting in between the joints and eroding the soil. To fix this, we filled the voids underneath the slabs with polylevel and then we sealed the joints with Sealent Pro to prevent water erosion in the future.
Concrete Expansion Joint Prevents Driveway Cracking and Structural Damage
Concrete driveways can crack and heave over time, or worse -cause structural damage to your home. Learn more about our solution to prevent this damage.
Concrete driveways can crack and heave over time, or worse – they could cause structural damage to your home. Temperature changes lead to shifting, breaking concrete, which creeps up against your garage and your home's foundation. Please continue reading to learn more about why this happens and how to prevent it.
WHAT IS A CONCRETE EXPANSION JOINT AND WHY DOES IT MATTER?
A concrete expansion joint is precisely as it sounds - it is a joint that allows expansion. Concrete will expand or contract due to temperature changes. Specifically, concrete will expand in the heat and contract in the cold. This means your concrete is continuously shifting with seasonal changes. Expansion joints are used to install concrete to control cracking associated with these changes in temperature and shifting of concrete. If concrete is not given properly spaced joints to accommodate the temperature changes and concrete movement, the concrete will crack, heave or buckle, also known as "street creep." Even when installed correctly, expansion joints can deteriorate or close over time, allowing your concrete to move and shift. Even worse, concrete can press up against your home's foundation and cause structural damage.
HOW TO PREVENT DAMAGE TO YOUR HOME AND CONCRETE
Our concrete expansion joint product, CompressionGuard, is a solution that will stand the test of time. CompressionGuard is an engineered expansion joint used to alleviate the pressure that concrete slabs can experience from pushing against one another, sometimes known as "street creep." When soil shifts and there is the inward movement of your concrete, CompressionGuard will compress and prevent the neighboring concrete from absorbing the concrete movement's impact. It allows for the natural expansion, contraction, and movement of concrete slabs – particularly for driveways – to prevent damage that typically results from that movement. CompressionGuard is a preventative measure that protects your concrete slabs before they experience cracks and sinking with the changes in seasons. This prolongs the life of your concrete and protects your home from any issues that may be associated with concrete movement around your property.
COMPRESSIONGUARD ADVANTAGES
- Prevents damage from slab collision
- An environmentally friendly solution that does not degrade
- Low-cost solution to ease pressure on garage slab and foundation walls
- Can be installed year-round, even in extreme temperatures
- Quick installation with minimal disruption to existing concrete
- Flush design and precise installation add curb appeal
- The driveway can be used right after installation
WHY COMPRESSIONGUARD
To protect against long-term damage to concrete driveways, garage slabs and foundation walls, CompressionGuard replaces the expansion joints made of fiberboard used in most residential driveways with an expansion joint that is engineered to flex with concrete movement during seasonal changes. Your concrete problems will not get better with time. They will get better with CompressionGuard.
Thrasher Foundation Repair offers a free, no-obligation estimate. When we visit your home, you can expect a thorough inspection and education of the issue at hand, paired with a detailed explanation of the solution we propose and why. That's the Thrasher difference: we use a consultative approach to provide an education that allows you as the customer to choose a solution that best suits your needs.
INSTALLING COMPRESSIONGUARD
CompressionGuard comes in 10-foot sections that can be cut or fused to fit any length. To install, we have a simple process.
- Identify the direction of concrete movement to determine the best placement of CompressionGuard
- Create trenches at slab joints to make space for CompressionGuard
- Tailor CompressionGuard to the size of your project
- Install CompressionGuard and ensure there are a seamless fit and clean slab
The photos below show a before and after view of our concrete expansion joint installation. You can learn more about concrete expansion joints and how they work here.
Waterproofing a Home in Omaha, NE
This homeowner had a problem with water getting into their house through the joints. Over time, the water found its way into the joints and then inside the house. Even though the basement wasn't used a lot, the homeowner wanted to fix the problem before moving and selling the house. They didn't want to pass the problem on to the next owner.
After getting advice, the homeowner chose Thrasher to fix the problem. They liked that we would take care of everything, offer a warranty that could be transferred to the next owner when they sell the house and that our service was recommended by their friends.
To stop the water from coming in, we put a special barrier called CleanSpace and a system called WaterGuard along the east wall. This combination keeps water from getting into the foundation. We also put in a TwinLiner and an M53 pump under the stairs. This helps collect water that comes in through the bottom of the wall or joints and moves it away from the house.
Expansion Joint Installation in Ashland, NE
Street creep is a foundation problem caused by the thermal expansion of concrete roads, sidewalks, and pavement surrounding a home. This homeowner was experiencing those issues before the installation of this expansion joint. Expansion joints take the pressure off the foundation wall and create space between the foundation, driveway, and other concrete slabs.
Concrete Sinking 7 Inches in Ashland, NE
This customer was tired of worrying about visitors tripping on his steps and called us for help. They had settled an incredible 7" in some places and 4" in other spots! We used Polylevel foam to left and level the steps back to their original position and we finished everything off by sealing the concrete with Nexuspro to protect him moving forward.