Concrete Lifting
Does your driveway, sidewalk, walkway, concrete steps or patio have problem areas where sunken concrete has caused uneven surfaces and tripping hazards to form? It’s a very noticeable problem that has a very simple solution.
SCHEDULE YOUR FREE INSPECTIONConcrete Lifting Problem Signs
Sinking sidewalks, driveways, and concrete floors aren’t just eyesores – they can quickly turn into safety hazards!
Sinking Concrete Steps
Sinking concrete steps impact your home's appearance and safety. Learn why concrete stairs sink and how our team can fix them.
Cracked Concrete
Cracked concrete is common but unsightly and hazardous. Tar Heel Basement Systems offers reliable concrete lifting solutions.
Cracked Driveway
Cracked concrete driveways can be an eyesore and a safety hazard. Discover how Tar Heel Basement Systems address these issues!
Concrete Pitting, Flaking, & Staining
Explore the nuances of concrete pitting, flaking, and staining, and the unmatched solutions offered by Tar Heel Basement Systems.
Homeowners in Wilmington are familiar with the year-round rain the area experiences and the sandy soil their homes are constructed upon. The combination of the two can lead to sunken and cracked concrete structures around your home. Damage including sinking driveways, voids underneath sidewalks, uneven porch steps, or cracking pool decks can all be dangerous for you and your loved ones. Thankfully, these noticeable problems have a very simple solution to lift and stabilize them back to safety. At Tar Heel Basement Systems, we are proud to offer PolyRenewal™ polyurethane foam injections.
A Crack in Your Foundation Shouldn't Break the Bank
Learn More About This PromotionSave up to
$500 off
any service*
Causes of Concrete Damage
Concrete is heavy! When the soils underneath a concrete slab are unable to support its weight, the slab will sink.
Different types of soil have different load-bearing capacities. When a soil’s load-bearing capacity is exceeded, the soil will compact and settle.
It’s also possible for the soil beneath a slab to settle and compact of its own accord. Soil that contains large amounts of clay and/or silt will shrink substantially when it gets dry.
As the soil compacts underneath a concrete slab, the unsupported slab will sink as well, usually cracking in one or more spots.
The soil that is underneath your driveway, patio, or concrete steps may not necessarily remain there to provide adequate support for the concrete element. Soil washout can result in empty space beneath your concrete slab, unable to support it. This can lead to cracks and sink over time.
As water moves underneath your concrete slabs, it can wash away the soil that’s supporting the weight of the concrete. As this happens, it creates a void, or empty space, underneath. Over time, with nothing to support it, your concrete slab can begin to sink or cave in.
Concrete Lifting Solutions
Older, ineffective methods of concrete lifting such as slab jacking and mudjacking are expensive and incredibly invasive. Over the years, these methods have been less common in comparison to other more effective methods such as polyurethane foam injections. Known for their quick turnaround after installation, these injections usually cure in about 15 minutes so you can use your concrete structures the same day.
Driveway Repair
Choose Tar Heel Basement Systems and our advanced concrete lifting procedure for lasting, reliable concrete driveway repair.
Pool Deck Repair
Experience unparalleled concrete pool deck repair with Tar Heel Basement Systems' innovative PolyRenewal™ concrete lifting system.
Concrete Step Repair
Damaged and uneven concrete steps pose hazards. Tar Heel Basement Systems repairs them efficiently.
Concrete Crack Repair
Repair concrete cracks today and ensure long-term stability and protection.
Is Concrete Lifting the Right Solution for Me?
Concrete is a heavy material and so are the vehicles, machinery, and structures that concrete slabs and footings are expected to support. Sometimes, the combined weight of concrete and what it supports causes concrete settlement to occur. The soil beneath the concrete compresses and can cause major problems.
Commercially, concrete roadways can become dangerous or unusable. This often results in sections of runways and parking lots being closed. In the example of trains, train service can be interrupted because of erosion and settlement beneath the trackbed. This can cause problems at your home as well. Uneven sidewalks, walkways, and steps can cause tripping, and sunken driveway slabs can make parking your car in the garage quite a challenge.
In whatever case you’re experiencing concrete damage, let the experts at Tar Heel Basement Systems help. We specialize in PolyRenewal™ foam injections that can effectively lift and stabilize your damaged or sunken concrete. PolyRenewal™ is a durable, lightweight, and waterproof foam injection that is injected underneath the slab. It cures in about 15 minutes so that normal traffic can resume on your concrete. It can be used for almost any concrete structure such as concrete porch steps, sidewalks, driveways, pool decks, garage floors, and more!
FAQs
We recommend that you allow a professional to undertake sidewalk lifting processes on your behalf for a number of reasons. Sidewalk lifting and repair are complex processes which are best undertaken by those who have experience. The benefits of doing so are many.
The Risks Associated with DIY
Undertaking DIY sidewalk lifting comes with certain risks. These mostly concern the materials and equipment that are required to do the task well. PolyRenewal™ polyurethane foam, for example, is a specialized product which is intended to be used by those who have a certain level of training and experience. The two-part foam must be mixed and injected properly in order to get the desired results in a consistent way.
If the foam is mixed improperly, the proportions are not calculated right, or the injection process is not completed in the correct way two main issues could arise. First, the foam could fail to expand with enough force, or fail to expand far enough, which will not lift the concrete surface in question. Secondly, the foam could over-expand or expand with too much force. This could cause the concrete slab or surface to buckle upwards and cause more damage.
The Benefits of Professional Help
One of the main benefits of seeking professional help when you need sidewalk liftingis an assurance of quality. Professionals are trained to use specialist tools and products like PolyRenewal™ foam properly and effectively. As such, they can undertake sidewalk lifting and repair quickly and efficiently, thereby eliminating the risk of damage caused by improper use.
Furthermore, professionals can offer a service which is cost effective. This is because they have all the tools and products they need to hand. If you were to try to undertake this work alone, you would have to buy or hire the tools to properly lift the damaged sidewalk. This could be costly and will quickly add to your expenses, often causing the overall cost to be comparable to what a professional would charge. Of course, the final benefit of professional work is the convenience.
Concrete sidewalk lifting and repair is always the preferable option. Replacement is expensive and disruptive. However, there are limits as to what lifting services can do. This is why we always recommend that you act at the first signs of damage.
Lifting Segmented Sidewalk Slabs is Possible
Whether or not a shattered sidewalk can be lifted and repaired depends on the extent of the damage. If the slab has been broken into a few large pieces, it may be possible to lift the slab back into place and set it with polyurethane foam injections. This process may take slightly longer than if the slab was fully intact but simply sunken, however, it is possible.
Once all the pieces of damaged sidewalk have been lifted into place and properly set there, it will be possible to repair the appearance of your sidewalk too. This may require resurfacing, but once the work has been completed, your sidewalk will look as good as new.
Shattered Sidewalk Slabs Must Be Replaced
If the damage is incredibly severe, it is likely that the slab or sidewalk section in question will need to be replaced entirely. If the slab or sidewalk has been damaged to the point where there are about as many cracks as there are pieces of intact concrete, then it is likely that lifting processes will not be effective. The only way to know for sure is to ask a professional if they feel they can lift the sidewalk in question.
If they are unable to lift the sidewalk it will need to be replaced. This process will consist of three main stages: removal, replacement, setting. The removal of old concrete can be intensive and will require heavy equipment. Once this has been done, fresh concrete will be laid and cured. The setting process is the longest part of the undertaking. It could be days before the concrete is dry enough to set foot on.
Many things can potentially go wrong in a property, including cracked and sinking sidewalk slabs. It is important to deal with these issues while they are small, as they can be a symptom of something much worse.
Sidewalk Damage Is a Warning Sign
Your property’s sidewalks are representative of the health of your foundation as a whole. Despite not being subject to the same pressures, they are affected by the same issues. Sinking concrete slabs, sidewalks, and other areas are often a warning sign that the soil is weak or unstable. These are not the only issues that can cause sidewalk damage, but soil-based problems are the most common.
If the soil is struggling to deal with the weight of your property’s sidewalks, it is unlikely that it will be strong enough to properly support your foundation and the weight of your home. By paying attention to the warnings that more exposed concrete surfaces around your home show, you could save yourself serious time, money, and worry. If you investigate the issue fully at the first sign of damage, you could nip potentially serious foundation problems in the bud before they impact your whole home.
Damaged Sidewalks Are Dangerous
As well as being a huge red flag for your property’s foundation health, uneven or damaged concrete sidewalks around your home are dangerous. They present a serious tripping hazard to anyone who might use them but will have a disproportionate impact upon people who are already unsteady on their feet. Any elderly family members or visitors with mobility issues (or even vision problems) will be at an increased risk of serious incidents.
If the issues are also affecting your driveway, they could even start to damage your vehicle. Uneven, unstable, or damaged driveways that have potholes and craters in them will cause excessive wear and tear on your car’s suspension system. They will also impact the lifespan of your tires and could even deform your wheels if a car is left on the driveway for too long.
Just how much damage can settling do? As it turns out, it can do a lot. The biggest incentive toward fixing uneven concrete as soon as you notice early problem signs is the preservation of your concrete slabs. The longer you wait to lift your driveway’s slabs, the more likely it is that you’ll have to replace them.
- Settling and Breakage
Uneven concrete slabs will break over time. The way they break depends on the size of the slab, where the soil shrinkage occurs, and how much weight the settled concrete has to withstand. Settling is most likely to happen at the edges of the concrete slab. This is because most driveways end where the front yard begins and most front yards have plenty of grass and soil. The front yard absorbs a lot of water, which spreads to the soil under the driveway.
Because the edges are the weakest part of the slab, they are more likely to break off, especially if the slab is very large. Driveway slabs are especially at risk of breaking because of heavy cars. Most cars weigh about 4,000 pounds, which is a lot of weight to put on a slab with poor support.
- Preventing Breakage
There are a few things that can be done to prevent your driveway’s concrete from breaking. You’ll want to try prevention methods because broken concrete can be very difficult to repair, especially if it’s a piece off the edge. Cracks and breakage in the middle of the concrete can be patched up, but the cracks still allow water to seep through.
If you’re able to, avoid driving on the sunken slab or try to drive in such a way that only a small part is driven on. If you’re unable to cover the entire driveway, try to cover the slab that settled, at least until it’s time to lift it. Limiting the amount of moisture the slab is exposed to will prevent further settling and breaking.
Uneven concrete is all about the soil that’s used as a foundation. When it gives way or shrinks and loses its topsoil volume, a void remains and there’s nothing supporting the concrete. This is something that cannot be prevented, and very little can be done in the face of earthquakes and floods, but certain measures can be taken in order to prevent soil erosion and shrinkage.
- The Kind of Soil
The type of soil used as the foundation for the driveway impacts how severe and how quickly the settling is. Soils with big, grainy particles tend to wash away because water is able to pass through easily. It’s the kind of soil that doesn’t compact well, so it’s loose and shifty. It’s vulnerable to floods, snow, rain, and earthquakes.
Expansive soils (often clay soils) compact well, so they are denser and make for a much better foundation. However, because of the clay content in the soil, expansion occurs at a higher rate. The more the soil is able to expand, the more it’s able to shrink. Despite its swell-shrink capacity, contractors still use clay soils because it compacts easily. This makes it easier to manipulate and saves time when laying down the foundation.
- Soil Shrinkage
Soil shrinkage occurs when the moisture in soil dries out. As the moisture leaves the soil, the individual particles come together since there is nothing between them anymore. The soil becomes denser, but due to shrinkage, it loses surface volume.
Once the soil loses surface volume, there is nothing supporting the concrete. With the added weight of cars, snow, and people walking on the driveway, the concrete gives way and settles on the soil. Soil shrinkage is a naturally occurring process that can’t be controlled or predicted, but placing a canopy over the driveway will limit the concrete’s exposure to the elements and mitigate the damage done by soil shrinkage.
For decades, civil engineers have been trying to perfect the concrete lifting process by mixing different materials with cement and pumping that mixture under the slab. Even though these various mixtures have different advantages and disadvantages, the result is always the same: A short-term solution for a sinking slab that can sometimes make the situation worse. Luckily, we live in a time where we have the tools and the materials capable of providing homeowners with a long-term solution. That solution would be PolyRenewal™, our polyurethane foam injection procedure that permanently repairs sinking slabs. It’s a contemporary concrete lifting method that doesn’t disappoint, not only because of the results, but also because of its convenience.
What makes PolyRenewal™ so great is that it doesn’t have any of the downsides that makes mudjacking such a problematic method. The cement slurry in mudjacking eventually erodes with time as the particles get displaced due to water and expanding ice. The crack formed from this displacement makes it so that water permeates past the concrete and reaches the soil, which causes settling down the line. The polyurethane foam we use is impermeable, meaning that it doesn’t erode nor does it allow moisture to seep through and saturate the soil. The same amount of polyurethane foam that is injected under the slab will stay there for decades.
Polyurethane foam is also lightweight, perfect for the soft soil in Northern North Carolina, which shifts easily under too much weight. Cement is rough and heavy, so a mudjacking job does nothing but displace the soil further. Closed-cell polyurethane foam is dense enough to support heavy loads without disrupting the soil underneath. All in all, PolyRenewal™ is the superior concrete lifting option because it does what soil and cement cannot do: Provide the slab with a foundation that will not shift or wash away.
Why is Concrete Lifting Needed?
Do you have uneven concrete floors in your home? Have you noticed cracks or separations in doorways? If so, you may need interior slab lifting to restore your floors. Concrete slabs sink and settle over time and allowing them to go unrepaired can cause serious damage to your home. Your driveway, pool deck, or concrete steps can also experience settlement so it’s important to inspect all your concrete structures for damage.
Prevent Tripping Hazards
The common problem with damaged concrete is that these cracks and uneven surfaces create tripping hazards for you, your family, and any guests that may come to your home. Scraped knees or twisted ankles aren’t fun and can be avoided by repairing your concrete with PolyRenewal™.
Adds to Curb Appeal & Value
Let’s be honest, cracked, raised, and uneven driveways or sidewalks are not only unsafe, but they also are not attractive either. Many times, weeds can stem out of the cracks, or they can be caused by invasive tree roots, plus once one part begins to crack it will start to spread. This major eyesore can influence the cost of your home if you decide to sell. By repairing the damaged concrete around your home, you can add value and enhance the aesthetics of your property.
Prevents Other Problems in Your Home
When your home’s concrete slab is undergoing problems due to a foundation issue, then you will notice signs throughout your home. Windows or doors will have a difficult time opening or closing, cracks can occur in other parts of your home, and the cracks in the floor allow water to enter your home and cause water damage.
Common Concrete Lifting Tips & Mistakes
Like many problems, if your home’s concrete slab is cracking or sinking, the problem won’t remedy itself if you choose to ignore it. Unfortunately, in this case, it’s the complete opposite. The more you wait to fix these problems, the worse the cracks and unevenness will become, which will only cause worse problems for your home.
Helpful Tips for Concrete Lifting
- Inspect Your Foundation for Damage
Although many homeowners tend to notice concrete damage on the exterior surfaces and areas around their property first, there is also a likelihood that you’re dealing with damage to the interior as well. When the soil around your property shifts and settles it can cause foundation damage such as wall cracks, uneven floors, or bowing walls. These are all signs of concrete damage that need to be addressed as soon as possible. If the project is too large for PolyRenewal™ to fix, Tar Heel Basement Systems also offers a wide variety of foundation solutions for your exact situation.
- Check Frequently Used Concrete Areas
Like many surfaces in your home, your concrete structures are constantly exposed to wear and tear which can cause damage over time. Places such as your concrete porch steps, garage floor, driveway, sidewalk, and pool deck are all susceptible to damage. If you notice an uneven slab in your driveway or a crack in your pool deck, it’s time for repairs. These areas are prone to creating tripping hazards for your family and can even cause vehicular damage if severely progressed.
- Let The Experts at Tar Heel Basement Systems Repair Your Concrete
Don’t let damaged concrete around your home make you stressed. Choose concrete repairs from the experts at Tar Heel Basement Systems. Since 2003, we’ve been serving homeowners in Raleigh, Durham, Chapel Hill, and Stokes County, and helped them regain confidence in the concrete around their homes. By setting up a free inspection with us, you can feel good about knowing that our experts will thoroughly inspect the exterior and interior of your entire home to check for damage. Afterward, we’ll discuss the best solution in the industry for concrete lifting, PolyRenewal™ foam injections. This environmentally friendly, cost-effective, and quick curing solution makes it able to use your concrete the same day it is installed.
Mistakes to Avoid When Dealing with Concrete Damage
- Say No to Mudjacking
If the issue is sinking or settling slabs, mud jacking is a technique that’s been around for decades. The process involves mixing mud and concrete called “slurry” and pumping it under a sinking slab. The slurry becomes a hard, stable fill that is denser than soil, yet lighter than concrete. The process is sometimes called slab jacking or grout pumping. Mudjacking is messy, unpredictable, and temporary since the soil is likely to continue settling over time.
- Concrete Replacement Doesn’t Work
One of the biggest issues with replacing your concrete is that you aren’t addressing the reason why it failed to begin with. That’s because most concrete sinks and settles due to problems with the soil beneath. Excess moisture can cause soil to soften, and dry and warm temperatures can cause it to shrink. Soil washout can also occur if enough water is present, like during a major rainstorm or snowmelt. So, when you pour new heavy concrete slabs on old unstable soil, chances are they will sink and settle just like the old slabs did, bringing you right back to square one.
- Don’t DIY Repairs
Although DIY repairs can be tempting for homeowners regarding their costs and time-efficiency, they can also turn out to be disastrous. If you don’t have the proper knowledge, skills, or tools required to repair concrete, you may end up injuring yourself or furthering the damage. Concrete is also known to be extremely heavy and lifting it by yourself could be hazardous. It’s best to leave concrete repairs to the experts at Tar Heel Basement Systems, so contact us today to set up your free inspection.
Find your service area
Wilmington, NC
Wilmington’s year-round rain and sandy soils threaten your home's foundation. Call Tar Heel Basement Systems for a free inspection!
Northern North Carolina Metro Area
Water intrusion and foundation damage are common in Northern North Carolina homes because of year-round rain and varied problematic soil. Trust your home’s permanent repair and protection to the local experts at Tar Heel Basement Systems.
Raleigh, NC
Raleigh’s wet and humid subtropical climate does not mix well with its sandy and clay soils. These forces lead to water leaks and foundation damage, but Tar Heel Basement Systems has permanent repairs to put your home back on solid ground.
Winston-Salem Metro Area
Water, humidity, and unstable soil wreak havoc on Winston-Salem homes. Stop crawl space, basement, foundation, and concrete damage in its tracks with trusted permanent repairs only available from Tar Heel Basement Systems.
Concrete Lifting in Angier, NC
Angier’s well-draining soil can be susceptible to erosion, particularly with the region’s average annual precipitation of 48 inches. This erosion can lead to soft soil conditions, causing concrete structures to sink and become uneven. When concrete settles, it results in unsightly cracks and hazardous surfaces like uneven driveways and steps. Our polyurethane injection service, utilizing […]
Concrete Lifting in Newland, NC
The concrete surfaces around your Newland property, including driveways, sidewalks, and patios, are subject to the impacts of the local climate and soil conditions. The area experiences significant rainfall, and with the presence of clay soil, these surfaces can settle and crack as the ground shifts. Tar Heel Basement Systems provides concrete lifting solutions that […]
Concrete Lifting in King, NC
Concrete surfaces in King, NC, such as driveways, sidewalks, and patios, are prone to damage due to the area’s clay soil and weather fluctuations. With an average annual rainfall of 47 inches, the soil can shift and erode, leading to uneven concrete, cracks, and surface deterioration. To address these issues effectively, Tar Heel Basement Systems […]
Concrete Lifting in Calabash, NC
Concrete surfaces in Calabash, whether they are driveways, sidewalks, or patios, can suffer from damage due to the region’s sandy soil and fluctuating weather conditions. The average annual rainfall of approximately 56 inches can lead to soil erosion and instability, causing concrete to crack, sink, or become uneven. Traditional methods like mudjacking can be invasive […]
Concrete Lifting in Havelock, NC
In Havelock, the combination of well-draining soils and heavy rainfall can lead to issues with concrete settling. When the soil beneath concrete structures becomes saturated, it can lose its load-bearing capacity, causing driveways, patios, and sidewalks to sink and crack. At Tar Heel Basement Systems, we address these issues with our innovative polyurethane injection method, […]
Concrete Lifting in Hubert, NC
Concrete surfaces in Hubert, including driveways and sidewalks, can suffer from damage due to the area’s sandy soil and fluctuating moisture levels. The average annual precipitation of about 50 inches can lead to erosion and instability, causing concrete to crack, sink, or become uneven. Traditional methods of repair may be invasive and less effective, but […]
Concrete Lifting in Richlands, NC
Concrete surfaces in Richlands, such as driveways, sidewalks, and patios, are susceptible to damage due to the area’s clay and sandy soil composition. These soils can wash away during heavy rainfall, leading to uneven concrete and creating hazards like cracks, sinking, and trip hazards. With an average annual rainfall of approximately 52 inches, the instability […]
Concrete Lifting in Advance, NC
In Advance, where the soil is generally well-draining, the high annual rainfall can lead to erosion, causing concrete surfaces to sink. This sinking can result in cracks and uneven surfaces, such as driveways and walkways, which pose safety hazards and aesthetic concerns. To address these issues, we utilize advanced polyurethane injection techniques with our PolyRenewal […]
Concrete Lifting in Morehead City, NC
Morehead City’s high levels of rainfall and sandy soils can lead to shifting and settling of concrete surfaces such as driveways, patios, and sidewalks. These conditions can cause cracks, uneven surfaces, and create safety hazards for homeowners. Tar Heel Basement Systems offers advanced concrete lifting and leveling solutions, utilizing polyurethane injections to restore your concrete […]
Concrete Lifting in Siler City, NC
In Siler City, the soil can be well-draining, but it still faces challenges from the area’s average annual precipitation of 40 inches, which can lead to erosion. When the soil beneath concrete structures becomes too soft, it cannot support the weight of the concrete, resulting in sinking and cracking. This often manifests as uneven driveways […]
Concrete Lifting in Swansboro, NC
In Swansboro, the combination of coastal weather and soil conditions can lead to issues with concrete surfaces around your property. The sandy loam and clay loam soils may shift, leading to sinking and uneven driveways, sidewalks, and patios. With an average annual rainfall of about 54 inches, the soil can swell and shrink, causing concrete […]
Concrete Lifting in Beaufort, NC
In Beaufort, the combination of coastal weather and the area’s sandy soils can lead to concrete settling and sinking. With an average annual precipitation of approximately 54 inches, the soil can become saturated, causing it to lose its load-bearing capacity. This results in uneven driveways, cracked sidewalks, and hazardous steps. To address these issues, Tar […]
Concrete Lifting in Jamestown, NC
Concrete structures in Jamestown, including driveways, sidewalks, and patios, can suffer from sinking and cracking due to the region’s soil and weather patterns. The average annual rainfall of approximately 48 inches can lead to erosion of the sandy soil, creating voids beneath concrete slabs. This instability can result in uneven surfaces and structural damage. Unlike […]
Concrete Lifting in Clayton, NC
In Clayton, concrete surfaces such as driveways, sidewalks, and patios are susceptible to damage due to shifting soil and weather conditions. The area’s clayey soils can expand and contract with moisture levels, leading to cracks, sinking, and uneven concrete. With an average annual rainfall of around 50 inches, the combination of heavy rains and drought […]
Concrete Lifting in North Wilkesboro, NC
In North Wilkesboro, outdoor concrete surfaces such as driveways, sidewalks, and patios are vulnerable to damage due to the region’s clay soil and significant rainfall. These conditions can cause the ground to shift, leading to cracks, sinking, and uneven surfaces that pose safety risks. Tar Heel Basement Systems provides expert concrete lifting services using advanced […]
Concrete Lifting in Southport, NC
In Southport, the well-draining soils can sometimes become compromised due to the area’s significant rainfall, which averages about 55 inches a year. This can lead to erosion, resulting in soft soil that is unable to support concrete structures. As a result, homeowners may experience sinking concrete, cracked driveways, and uneven outdoor surfaces. Our concrete lifting […]
Concrete Lifting in Goldsboro, NC
Concrete structures in Goldsboro, from driveways to sidewalks, can suffer from damage due to the area’s clay soil and fluctuating weather conditions. With approximately 54 inches of annual rainfall, the soil can become saturated, leading to erosion, while dry spells can cause it to shrink. This instability can result in cracks, sinking, and uneven surfaces […]
Concrete Lifting in Smithfield, NC
Concrete structures in Smithfield can suffer from sinking and cracking due to the area’s clay-rich soil, which can become overly saturated from the approximately 48 inches of annual rainfall. When the soil erodes or shifts, it can compromise the stability of sidewalks, driveways, and patios, leading to unsightly and potentially hazardous uneven surfaces. Tar Heel […]
Concrete Lifting in Graham, NC
Concrete structures in Graham, including driveways, sidewalks, and patios, can suffer from damage due to the region’s clay soil and varying moisture levels. The average annual rainfall of approximately 45 inches can lead to soil erosion and shifting, causing concrete surfaces to crack, sink, or become uneven. Unlike traditional mudjacking methods, Tar Heel’s innovative polyurethane […]
Concrete Lifting in Spring Lake, NC
In Spring Lake, the effects of weather and soil conditions can lead to concrete settling and cracking. With an average annual rainfall of approximately 48 inches and the prevalence of sandy loam and clay loam soils, homeowners often find that their driveways, sidewalks, patios, and other concrete surfaces experience damage over time. These soils can […]
Concrete Lifting in Dunn, NC
Concrete surfaces in Dunn, such as driveways and patios, are susceptible to damage from the area’s clay loam soils, which can expand and contract with changing moisture levels. This fluctuation, along with the average annual rainfall of approximately 48 inches, can lead to soil erosion and insufficient support for your concrete structures, causing cracks and […]
Concrete Lifting in Mebane, NC
Concrete surfaces in Mebane, including driveways, sidewalks, and patios, can suffer from the effects of the region’s wet and dry cycles, exacerbated by sandy loam and clay loam soils. These soils can shift, causing concrete slabs to sink, crack, or become uneven, leading to safety hazards. Our advanced concrete lifting solutions, utilizing polyurethane injections, effectively […]
Concrete Lifting in Newport, NC
In Newport, the effects of moisture and soil movement can lead to significant problems for your concrete surfaces, including driveways, sidewalks, and patios. The sandy soils, along with the area’s 55 inches of annual rainfall, can shift and wash away, leaving concrete slabs unsupported. This can result in cracks, sinking, and uneven surfaces. Tar Heel […]
Concrete Lifting in Banner Elk, NC
Concrete structures in Banner Elk, such as patios, driveways, and walkways, can face challenges due to the region’s diverse soil conditions and moisture levels. The combination of freeze-thaw cycles and heavy rainfall can lead to soil erosion and instability, causing concrete to crack, sink, or become uneven. Tar Heel’s innovative polyurethane injections for concrete lifting […]
Concrete Lifting in Clemmons, NC
In Clemmons, the combination of fluctuating moisture levels and sandy loam or clay loam soils can cause concrete surfaces like driveways, sidewalks, and patios to sink or crack over time. With an average annual rainfall of around 44 inches, the soil can expand and contract, leading to instability beneath concrete slabs. Tar Heel Basement Systems […]
Concrete Lifting in Cameron, NC
In Cameron, the soils are generally well-draining, but excessive rainfall, averaging around 48 inches annually, can lead to erosion and instability beneath concrete structures. This can result in sinking concrete, causing cracks and uneven surfaces on driveways, sidewalks, and patios. To counteract these issues, we recommend our specialized polyurethane injection method using PolyRenewal, an innovative […]
Concrete Lifting in Clinton, NC
In Clinton, NC, the soil is generally supportive but can become unstable due to the area’s high annual rainfall of about 50 inches. This rainfall can erode the soil beneath concrete surfaces, leading to sinking and cracking as the ground becomes too soft to bear the weight. If you’re facing uneven driveways or cracked sidewalks, […]
Concrete Lifting in Hillsborough, NC
In Hillsborough, the well-draining soil can sometimes lead to issues with concrete sinking due to erosion caused by heavy rainfall, which averages around 45 inches annually. As soil becomes saturated and soft, it can no longer support heavy concrete structures, leading to cracks and uneven surfaces. The best remedy for this problem is polyurethane injection, […]
Concrete Lifting in Laurinburg, NC
Concrete surfaces in Laurinburg, including driveways, sidewalks, and patios, can suffer from cracking and sinking due to the area’s clay-rich soil and varying moisture levels. The average annual rainfall of about 48 inches can lead to soil erosion and shifting, which compromises the stability of your concrete structures. Tar Heel Basement Systems offers innovative concrete […]
Concrete Lifting in Tarboro, NC
In Tarboro, the durability of concrete surfaces such as driveways, sidewalks, and patios can be compromised by the area’s clay soil and the average annual rainfall of about 55 inches. This combination can lead to soil erosion, causing concrete to crack, sink, or become uneven. Traditional methods like mudjacking can be invasive and less effective. […]
Concrete Lifting in Roxboro, NC
In Roxboro, the combination of clay and sandy soils, along with an average annual rainfall of 45 inches, can lead to significant damage to concrete surfaces such as driveways, sidewalks, and patios. These soils are prone to drying out and shrinking or becoming oversaturated, which can cause concrete slabs to settle or heave. This results […]
Concrete Lifting in Wendell, NC
In Wendell, constant exposure to the elements can lead to significant damage to your concrete surfaces, including driveways, sidewalks, and patios. With over 46 inches of annual rainfall, the sandy loam and clay loam soils in the area can shrink and swell, causing concrete slabs to settle, crack, and become unstable. To restore the integrity […]
Concrete Lifting in Carthage, NC
In Carthage, your outdoor concrete surfaces such as driveways, sidewalks, and patios are vulnerable to damage from the area’s average annual precipitation of about 45 inches. The sandy loam and clay loam soils can shift due to wet and dry cycles, leading to sinking and cracking of concrete slabs. Tar Heel Basement Systems offers advanced […]
Concrete Lifting in Pinehurst, NC
Concrete surfaces in Pinehurst, such as driveways and patios, can suffer from sinking and cracking due to the region’s sandy soil and fluctuating moisture levels. With an average annual rainfall of approximately 45 inches, heavy rainfall can wash away supporting soil, causing concrete to settle unevenly. Tar Heel’s advanced concrete lifting solutions utilizing polyurethane injections […]
Concrete Lifting in Supply, NC
Supply, NC features a climate that includes significant rainfall, which can lead to soil erosion and settlement issues for concrete structures. As soil becomes overly saturated, it may lose its ability to support heavy concrete, resulting in cracks and uneven surfaces in driveways and walkways. Our concrete lifting solution utilizes advanced polyurethane injection, known as […]
Concrete Lifting in Ocean Isle Beach, NC
In Ocean Isle Beach, the coastal climate and sandy soil can lead to uneven and sinking concrete surfaces around your property. The average annual rainfall of approximately 50 inches can cause the soil to erode and shift, resulting in cracks, pits, and unevenness in driveways, sidewalks, and patios. Tar Heel Basement Systems offers advanced concrete […]
Concrete Lifting in Youngsville, NC
In Youngsville, the integrity of your concrete surfaces can be compromised due to the area’s clay loam and sandy loam soils, particularly when they expand and contract with moisture changes. The average annual rainfall of over 45 inches can lead to soil erosion and settling, causing driveways, sidewalks, patios, and other concrete areas to crack […]
Concrete Lifting in Garner, NC
In Garner, your concrete surfaces—such as driveways, sidewalks, and patios—are vulnerable to damage from the region’s climate and soil conditions. With an average annual rainfall exceeding 44 inches, the sandy loam and clay loam soils can shift and settle, causing concrete slabs to crack and sink. Tar Heel Basement Systems specializes in concrete lifting solutions, […]
Concrete Lifting in Willow Spring, NC
Concrete surfaces in Willow Spring, including driveways, sidewalks, and patios, can suffer from damage due to the region’s soil and weather conditions. The area experiences average annual precipitation of 44 inches, which can lead to soil erosion and instability. This can result in concrete cracking, sinking, and unevenness. Fortunately, Tar Heel Basement Systems offers a […]
Concrete Lifting in Eden, NC
In Eden, concrete structures such as driveways, sidewalks, and foundations can suffer from damage due to the local soil and weather patterns. The clay and sandy soils in the area can lead to washouts from heavy rains, causing concrete to crack, sink, or become uneven. Tar Heel’s innovative concrete lifting solutions using polyurethane injections provide […]
Concrete Lifting in Lexington, NC
In Lexington, concrete surfaces such as driveways, sidewalks, and patios can suffer from settling and cracking due to the area’s clay soil and fluctuating moisture levels. With an average annual rainfall of 48 inches, the soil can become overly saturated or dry out, leading to instability beneath concrete structures. This can result in uneven surfaces, […]
Concrete Lifting in Reidsville, NC
Concrete lifting is vital for maintaining the safety and integrity of your outdoor spaces, especially in Reidsville, where clay and loam soils can shift due to moisture fluctuations. Your concrete surfaces, including driveways, sidewalks, and patios, are susceptible to sinking and cracking as the ground beneath them settles or washes away from heavy rainfall, which […]
Concrete Lifting in Mocksville, NC
In Mocksville, the well-draining soils can still be affected by heavy rainfall, leading to erosion and the sinking of concrete structures. As the soil softens, it fails to support the weight of concrete, resulting in cracks and uneven surfaces. To effectively restore your concrete, we utilize PolyRenewal, an innovative polyurethane injection solution that is waterproof […]
Concrete Lifting in Jacksonville, NC
The soil conditions in Jacksonville, characterized by sandy soil, can lead to uneven concrete surfaces due to moisture fluctuations. With approximately 50 inches of rainfall each year, the ground can expand or contract, causing driveways, sidewalks, and patios to crack and settle. This not only affects the aesthetics of your property but can also pose […]
Concrete Lifting in Raeford, NC
In Raeford, the outdoor elements can take a toll on your concrete surfaces, such as driveways, sidewalks, and patios. The average annual rainfall of about 48 inches combined with the sandy loam and clay loam soils can cause these surfaces to sink or crack as the soil shifts due to drying and wetting cycles. Tar […]
Concrete Lifting in Oxford, NC
The well-draining soils of Oxford can still be susceptible to erosion due to the region’s notable rainfall, which averages around 45 inches per year. When the soil beneath your concrete becomes too soft to provide adequate support, it can lead to sinking concrete surfaces, resulting in cracked and uneven driveways or steps. To address these […]
Concrete Lifting in Chapel Hill, NC
Concrete surfaces around your Chapel Hill home, including driveways, patios, and sidewalks, can suffer from damage due to shifting soil and moisture fluctuations. With an annual precipitation of around 48 inches, the clay and sandy soils in the area can expand and contract, leading to cracks and uneven surfaces. Tar Heel’s advanced concrete lifting solutions, […]
Concrete Lifting in Lumberton, NC
Lumberton’s clay-rich soil can be prone to erosion, particularly given the area’s annual rainfall of approximately 50 inches. This erosion can lead to soft soil conditions that fail to support heavy concrete structures, resulting in sinking and cracking. To effectively address these issues, we utilize polyurethane injection through our PolyRenewal system, which is waterproof and […]
Concrete Lifting in Knightdale, NC
In Knightdale, NC, the well-draining soil can contribute to concrete settling issues, especially due to the area’s average annual precipitation of 48 inches. When soil erosion occurs, it can lead to sinking concrete structures, resulting in cracks and uneven surfaces. Our concrete lifting solutions utilize advanced polyurethane injection technology, specifically PolyRenewal, to effectively raise and […]
Concrete Lifting in Burlington, NC
Burlington’s soil, while generally well-draining, can become compromised due to the area’s average annual rainfall of around 45 inches. This excessive moisture can erode the soil, causing it to lose its strength and leading to sinking concrete structures. As concrete is rigid and does not flex, this sinking results in cracks and uneven surfaces in […]
Concrete Lifting in Statesville, NC
Concrete surfaces in Statesville, such as driveways, sidewalks, and patios, can suffer from damage due to the region’s weather and soil conditions. The average annual rainfall of about 45 inches can lead to soil washout, causing concrete to settle unevenly and develop cracks, pitting, and flaking. Unlike traditional methods like mudjacking, Tar Heel’s polyurethane injection […]
Concrete Lifting in Oak Island, NC
In Oak Island, the combination of sandy soils and frequent rain can lead to concrete settling and sinking issues. The area’s average annual rainfall of 55 inches can erode the soil beneath concrete slabs, causing driveways, patios, and sidewalks to become uneven and cracked. To effectively raise and stabilize your concrete, Tar Heel Basement Systems […]
Concrete Lifting in Apex, NC
In Apex, NC, concrete structures such as driveways, sidewalks, and patios can suffer from issues like cracking and sinking due to the area’s clay-rich soil and seasonal weather variations. With an average annual rainfall of 47 inches, the soil can expand and contract, leading to instability beneath your concrete. Our concrete lifting services use advanced […]
Concrete Lifting in Kinston, NC
Kinston’s soil, while generally well-draining, can become unstable due to the area’s above-average rainfall, averaging around 50 inches per year. As the soil erodes and softens, it may no longer be able to support heavy concrete structures, resulting in sinking and cracking. To address these issues, our concrete lifting solution using polyurethane injection, specifically PolyRenewal, […]
Concrete Lifting in Taylorsville, NC
In Taylorsville, NC, the combination of heavy rainfall and sandy loam and clay loam soils can lead to significant issues with concrete surfaces. Over time, exposure to the elements can cause driveways, sidewalks, patios, and other concrete areas to crack, sink, and become unsightly. As the soil beneath these slabs dries, shrinks, or washes away […]
Concrete Lifting in Leland, NC
In Leland, uneven concrete surfaces can be a common issue due to the sandy soil and variable weather conditions. The region’s average annual rainfall of 58 inches can lead to soil erosion, causing concrete slabs, driveways, sidewalks, and patios to settle or crack. Traditional methods like mudjacking can be invasive and less effective, but Tar […]
Concrete Lifting in New Bern, NC
The soils in New Bern are characterized by good drainage but can become unstable due to the area’s heavy rainfall, which averages around 50 inches per year. This instability can lead to sinking concrete structures, resulting in cracked driveways, uneven patios, and hazardous steps. To effectively address these issues, we employ PolyRenewal, a cutting-edge polyurethane […]
Concrete Lifting in Zebulon, NC
Zebulon’s soil composition is generally well-draining, but the area’s high levels of precipitation can lead to soil erosion and instability underneath concrete structures. This instability can cause driveways, sidewalks, and patios to sink, resulting in unsightly cracks and uneven surfaces. Our concrete lifting solutions utilize PolyRenewal, a cutting-edge polyurethane injection material that is waterproof and […]
Concrete Lifting in Henderson, NC
Concrete lifting is a vital service for homeowners in Henderson, as the region’s soil and weather conditions can lead to uneven and cracked concrete surfaces. With an average annual precipitation of 46 inches, heavy rainfall can erode sandy soil, causing concrete structures like driveways and sidewalks to settle or sink. Traditional methods of lifting concrete […]
Concrete Lifting in Rocky Mount, NC
In Rocky Mount, the soil is generally well-draining; however, the region’s high average annual rainfall of around 50 inches can lead to erosion and settling issues. This erosion can cause concrete surfaces, such as driveways and patios, to sink and crack due to insufficient support from the soil beneath. To address these issues, we use […]
Concrete Lifting in Pittsboro, NC
Concrete structures in Pittsboro, including patios, driveways, and foundations, are susceptible to damage due to the region’s clayey soil and heavy rainfall, which averages about 50 inches annually. This type of soil can shift and erode, causing concrete to crack, sink, or become uneven. Traditional methods of repair can be invasive and temporary, but with […]
Concrete Lifting in Mount Airy, NC
In Mount Airy, the soil type is generally well-draining, but the region’s average rainfall of 48 inches can lead to erosion, leaving soil too soft to support heavy concrete structures. This can cause concrete slabs, driveways, and patios to sink, creating uneven surfaces and cracks. To address these issues, we utilize PolyRenewal, a waterproof polyurethane […]
Concrete Lifting in Greenville, NC
Concrete structures in Greenville, such as sidewalks, driveways, and patios, can suffer from settling and cracking due to the region’s diverse soil conditions and weather patterns. With approximately 48 inches of annual rainfall, the soil can wash away or become too dry, leading to uneven surfaces. Tar Heel’s innovative concrete lifting solutions utilize polyurethane injections […]
Concrete Lifting in Hampstead, NC
Hampstead’s climate and soil conditions, characterized by sandy loam and clay loam, can lead to challenges such as soil shrinkage and heaving due to moisture fluctuations. This can result in damage to concrete surfaces around your property, including driveways, sidewalks, and patios. When these slabs lose support, they can crack, sink, or become uneven, posing […]
Concrete Lifting in Holly Springs, NC
In Holly Springs, the well-draining soil can sometimes become compromised due to the region’s above-average annual rainfall of approximately 48 inches. This erosion can lead to the sinking of concrete structures, resulting in cracks and uneven surfaces, such as driveways and patios. To effectively address this issue, our concrete lifting services utilize advanced polyurethane injection […]
Concrete Lifting in Sanford, NC
In Sanford, the local soil is typically well-draining, but heavy rainfall can lead to erosion and cause concrete structures to sink. This sinking can create cracked surfaces, uneven driveways, and hazardous steps. To effectively address these issues, we utilize PolyRenewal, a state-of-the-art polyurethane injection system that provides a durable solution for lifting and leveling concrete […]
Concrete Lifting in Winterville, NC
Winterville’s climate and soil conditions, characterized by clay loam and sandy loam, can cause concrete surfaces to settle and crack. The area’s annual rainfall of over 48 inches exacerbates soil erosion and instability, putting your driveway, sidewalks, and patios at risk. Fortunately, Tar Heel Basement Systems provides cutting-edge concrete lifting solutions that utilize polyurethane injections […]
Concrete Lifting in Hope Mills, NC
Concrete structures in Hope Mills, including driveways, sidewalks, and patios, can suffer from issues like cracking, sinking, and uneven surfaces due to the region’s clay soil and frequent rainfall. The expansive nature of clay can lead to significant shifts in the ground, especially after heavy rains or dry spells, causing concrete to settle improperly. Tar […]
Concrete Lifting in Wake Forest, NC
The soils in Wake Forest, while typically well-draining, can be compromised by the area’s above-average rainfall of about 48 inches each year. When erosion occurs, the soil beneath concrete structures may become too weak to support their weight, leading to sinking and cracking. This results in uneven driveways, cracked patios, and unsafe steps. Our concrete […]
Concrete Lifting in Louisburg, NC
In Louisburg, the soil can be prone to erosion due to the area’s considerable rainfall, which averages about 50 inches annually. When the soil beneath concrete structures becomes too soft, it can lead to sinking, resulting in unsightly cracks and uneven surfaces. To address these issues, our concrete lifting solutions utilize advanced polyurethane injection methods. […]
Crawl Space Repair & Encapsulation in Morehead City, NC
Crawl spaces in Morehead City can be particularly vulnerable due to the region’s high humidity and average annual rainfall of 60 inches. Openly vented dirt crawl spaces can allow moisture, pests, and mold to flourish, leading to damage and poor indoor air quality. Tar Heel Basement Systems provides comprehensive crawl space repair and encapsulation solutions, […]
Concrete Lifting in Boone, NC
The concrete surfaces around your Boone property, including driveways, sidewalks, and patios, can experience damage due to the area’s clay and loam soils, which are prone to shifting and settling. Frequent rainfall—averaging over 50 inches annually—can exacerbate these issues, leading to cracking, sinking, and uneven surfaces. Tar Heel Basement Systems provides advanced concrete lifting solutions […]
Crawl Space Repair & Encapsulation in Zebulon, NC
Crawl spaces in Zebulon can be particularly vulnerable to moisture problems due to the region’s average annual rainfall of about 50 inches and high humidity levels. Excess moisture can lead to a variety of issues, including mold growth, wood rot, and pest infestations. Our crawl space repair services focus on encapsulation, using advanced waterproofing techniques […]
Crawl Space Repair & Encapsulation in Swansboro, NC
Crawl spaces in Swansboro often face challenges due to the area’s high humidity and average annual precipitation of approximately 54 inches. Many homes have open and vented crawl spaces that allow moisture and pests to enter, leading to mold growth, wood rot, and degraded air quality. Tar Heel Basement Systems specializes in crawl space repair […]
Crawl Space Repair & Encapsulation in Spring Lake, NC
Crawl spaces in Spring Lake can be prone to moisture issues due to the area’s high humidity and average annual rainfall of about 48 inches. Openly vented dirt crawl spaces often allow groundwater to seep in, fostering an environment conducive to mold growth, wood rot, and pest infestations. The combination of humid air and stagnant […]
Crawl Space Repair & Encapsulation in Pittsboro, NC
Crawl spaces in Pittsboro are often prone to moisture issues due to the area’s annual rainfall of about 50 inches and the tendency for humid air to infiltrate through open vents. This moisture creates a breeding ground for mold, pests, and wood rot, which can compromise the structural integrity of your home and lead to […]
Crawl Space Repair & Encapsulation in Beaufort, NC
Crawl spaces in Beaufort are susceptible to moisture intrusion due to the area’s high humidity levels and significant rainfall, averaging around 54 inches per year. This moisture can seep into the crawl space, leading to issues such as mold growth, wood rot, and pest infestations. To combat these problems, our crawl space repair solutions include […]
Crawl Space Repair & Encapsulation in Banner Elk, NC
Crawl spaces in Banner Elk can often suffer from moisture issues, especially with the area’s average annual rainfall exceeding 50 inches. Humidity and water can lead to mold growth, wood rot, and pest infestations, which can impact the entire home due to the stack effect. To combat these problems, it is essential to encapsulate and […]
Crawl Space Repair & Encapsulation in Hampstead, NC
Crawl spaces in Hampstead are often prone to moisture issues due to the region’s high humidity and average rainfall exceeding 53 inches annually. Many homes feature open vented dirt crawl spaces that can allow groundwater, pests, and humid air to infiltrate, leading to mold growth, wood rot, and poor air quality. Tar Heel Basement Systems […]
Crawl Space Repair & Encapsulation in Jamestown, NC
In Jamestown, homes built on crawl spaces are at risk of water damage and humidity-related issues due to the area’s average annual rainfall of about 48 inches. While these elevated foundations help protect against flooding, they can also allow moisture and humid air to seep in, creating an environment conducive to mold growth, pest infestations, […]
Crawl Space Repair & Encapsulation in Cameron, NC
Cameron experiences an average of 48 inches of rainfall each year, creating a humid environment that can lead to crawl space damage due to excess moisture. The combination of outdoor humidity and groundwater can result in issues such as sagging floors, pest infestations, and structural damage. Our crawl space repair solutions focus on moisture control […]
Crawl Space Repair & Encapsulation in Winterville, NC
In Winterville, many homes are built with crawl spaces that can become susceptible to moisture-related issues due to the region’s high humidity and average annual rainfall of over 48 inches. Openly vented dirt crawl spaces can allow groundwater and humid air to infiltrate, leading to mold growth, wood rot, and pest infestations. Tar Heel Basement […]
Concrete Lifting in Raleigh, NC
Just as your foundation can falter from outside forces, these same forces can lead to damage of other concrete areas of your property. Your driveway, sidewalk, patio, outdoor steps, and pool deck are the most at risk because they are outside and constantly exposed to the elements. Sandy loam and clay loam soils in Raleigh […]
Crawl Space Repair & Encapsulation in Tarboro, NC
Crawl spaces in Tarboro can face numerous challenges due to the area’s climate and its average annual rainfall of approximately 55 inches. The moisture combined with humid air can lead to issues such as mold growth, wood rot, and pest infestations, all of which can compromise your home’s health. To combat these problems, it’s essential […]
Concrete Lifting in Wilson, NC
Wilson’s soil conditions can be impacted by the region’s considerable annual rainfall, averaging around 50 inches. This excessive moisture can lead to soil erosion, resulting in the instability of concrete structures such as driveways and sidewalks. As the soil becomes soft and unable to support heavy concrete, you may notice sinking, cracking, and uneven surfaces. […]
Concrete Lifting in Greensboro, NC
Soils in Greensboro are well-draining, but have the potential to be eroded by the area’s above-average rainfall. When this happens, the soil becomes too soft to support the weight of heavy concrete and causes concrete structures to sink into the ground. Concrete is not a flexible material, so as it sinks into the soil, you’re […]
Crawl Space Repair & Encapsulation in Carthage, NC
Carthage’s humid climate, combined with an average annual rainfall of about 45 inches, poses significant risks to the health of your home’s crawl space. Openly vented dirt crawl spaces can allow groundwater to enter, creating an environment conducive to mold growth, pest infestations, and wood rot. Tar Heel Basement Systems specializes in crawl space repair […]
Concrete Lifting in Kernersville, NC
Concrete structures in Kernersville, such as driveways, sidewalks, and patios, are susceptible to damage caused by the area’s clay soils and weather fluctuations. The average annual rainfall of 45 inches can lead to soil erosion and instability, resulting in cracks, sinking, and uneven surfaces in your concrete. Traditional methods of lifting concrete, like mudjacking, can […]
Concrete Lifting in Durham, NC
Concrete surfaces in Durham, such as driveways, sidewalks, and patios, can suffer from damage due to the region’s clay soil and fluctuating weather conditions. With an average annual rainfall of about 44 inches, the soil can wash away during heavy downpours or dry out during droughts, leading to cracks, sinking, and uneven surfaces in concrete […]
Crawl Space Repair & Encapsulation in Ocean Isle Beach, NC
Crawl spaces in Ocean Isle Beach can present unique challenges, especially with the area’s high humidity and average annual rainfall of around 50 inches. These conditions can lead to moisture problems, pest infestations, and poor air quality due to open vents and inadequate drainage. Tar Heel Basement Systems specializes in crawl space repair and encapsulation, […]
Concrete Lifting in Winston Salem, NC
Winston Salem’s unique soil conditions and seasonal weather variations can lead to common issues with concrete structures around your home. With an average of 45 inches of rain each year, the soil can shift and settle, causing your sidewalks, driveways, and other concrete surfaces to crack, sink, or become uneven. Thankfully, Tar Heel’s innovative concrete […]
Concrete Lifting in Asheboro, NC
In Asheboro, the soil composition is generally well-draining, but the area’s rainfall can lead to erosion, causing concrete structures to sink. This sinking can result in cracked driveways, uneven patios, or unlevel steps. To address these issues, we recommend polyurethane injection, specifically our PolyRenewal solution. This cutting-edge material is waterproof and cures in just 15 […]
Crawl Space Repair & Encapsulation in Willow Spring, NC
Crawl spaces are common in homes throughout Willow Spring, and while they elevate the structure above potential floodwaters, they can present their own challenges. With an average of 44 inches of rain each year, moisture can seep in, creating an environment ripe for mold growth, pest infestations, wood rot, and musty odors. These issues not […]
Concrete Lifting in Fayetteville, NC
Concrete surfaces in Fayetteville, such as driveways, sidewalks, and patios, are prone to damage from the region’s clay soil and varying weather conditions. The average annual precipitation of 48 inches can lead to soil erosion and settling, causing concrete to crack, sink, or become uneven. Tar Heel’s innovative polyurethane injection method for concrete lifting is […]
Concrete Lifting in Thomasville, NC
The outdoor concrete surfaces of your property in Thomasville, such as driveways, sidewalks, and patios, are susceptible to damage from the region’s fluctuating weather and soil conditions. With an annual rainfall of approximately 45 inches, the clay loam and sandy loam soils can cause concrete slabs to shift, crack, or sink due to erosion and […]
Crawl Space Repair & Encapsulation in Newland, NC
Newland’s humid climate can create challenging conditions for crawl spaces, leading to issues such as moisture accumulation, pest infestations, and mold growth. The area’s clay soils can exacerbate these problems, allowing groundwater to seep into your crawl space through open vents. Tar Heel Basement Systems offers effective crawl space repair and encapsulation solutions, including drainage […]
*Disclaimer: “Concrete leveling” means the process by which cracked, uneven concrete is stabilized, and in many cases lifted, by means of PolyRenewal™ polyurethane foam. Tar Heel Basement Systems does not guarantee that PolyRenewal™ can make your concrete perfectly level.