Concrete Services

Choosing the Right Hardscaping Material for Your Home

Hardscaping is a style of landscaping that uses concrete, stone, pavers, and walls to create walkways, patios, fences, and other outdoor structures. It also includes gazebos, trellises, and pergolas.

Hardscapes are durable and weather resistant, unlike softscaping, which involves living plants like grass and flowers. They add aesthetic appeal and improve the functionality of your garden. Click to learn more.

Choosing the right hardscaping material for your home is important, not only because it will give the property a distinctive look but also because it’s critical to the project’s durability. Some of the most popular materials include pavers, natural stone and concrete. While each has its own advantages, the cost and maintenance required also play an important role in deciding which is best for you and your budget.

Ideally, the hardscape should complement the architectural style of your house. For example, a modern home would look great with concrete, but a more rustic-style house might work better with cobblestones or brick. The material you choose should also be suitable for the climate where you live, as this can affect how much maintenance is required and what kind of weather conditions it withstands.

If you want a classic look, brick is the way to go as it can be arranged in tight patterns such as basket weave, herringbone and running bond to create a textured, geometric pattern that stands out from the rest of your landscape. Brick is easy to maintain, but it can be a more expensive choice than other options.

Concrete is a durable, cost-efficient material that can be used for a variety of projects including patios and walkways. It’s poured into different shapes for unique features and can be stamped with textures, colors and stains to make it look like other materials. If you’re not looking to spend too much money on your hardscaping, concrete pavers are a good alternative as they are cheaper than pouring concrete but still offer a stylish appearance.

Other types of hardscaping include pea gravel, crushed stone and decomposed granite. These are more economical choices, but they’ll require more frequent resealing to maintain their appearance and traction. In addition, sustainable hardscaping materials allow water to easily flow through soil and into stormwater systems, which helps reduce the need for chemicals such as de-icing salts. These are important considerations as they help reduce operating costs and environmental impact while ensuring a safe and attractive workplace for employees and visitors.

Hardscaping can be costly, and it’s important to choose materials that meet your budget requirements without compromising on quality. Concrete is often a cost-effective choice as it’s durable, versatile and can be customized with stamps and stains. Other popular options include natural stone, gravel and brick. In addition to being an affordable material, pavers are easy to install and can be replaced if damaged. These benefits make it an ideal material for the majority of hardscaping projects.

Depending on your needs, hardscapes can be used to create walkways, patios, garden paths and other decorative features. They can also serve a more functional purpose like reshaping sloped landscapes, leveling uneven ground or creating driveways. Retaining walls, fences and gates are popular ways to add privacy and security to your property while establishing borders.

Some hardscapes can also help reduce your environmental impact by reducing the amount of fertilizers, pesticides and herbicides that are spread throughout your yard. Sustainable hardscapes may use permeable pavers and other materials that allow rainwater to soak into the soil rather than running off into the sewer system, where it can cause erosion and tax municipal treatment systems. Permeable hardscapes can also be integrated into xeriscaping, which uses plants and other low-water-use elements that require less water than traditional landscaping.

With the right planning, design and execution, hardscaping construction can transform your outdoor space into a comfortable place for entertaining guests or relaxing with family. From a stunning stone retaining wall to an outdoor lounge area, these elements will add visual interest and increase the value of your home.

Whether it’s a wood or stone deck, an awning, gazebo or pergola, a fire pit or waterfall, these features will enhance the look and feel of your yard while adding visual appeal and functionality. Incorporating hardscapes in your backyard can give you the space you want while saving you time and effort on maintenance. With the help of professional hardscape contractors, you can create a functional and attractive yard that will last for years to come. Contact us today to find out more about how we can help you with your hardscaping project.

A well-designed hardscape can transform a boring yard into a luxurious space that complements and enhances the surrounding plants. Hardscapes include non-living elements such as concrete paths, a brick patio, stone walls or a wood deck.

They are used to add structure and definition to an outdoor landscape, providing visual interest in a way that plants cannot. Hardscapes can also help to stabilize slopes and reduce erosion.

Concrete pavers, poured walls and other types of concrete are popular hardscape materials because they are versatile, durable and come in a variety of colors, shapes and textures. They can be incorporated into many different styles of landscaping, from traditional to modern.

Adding functional features to the home’s exterior is one of the most common reasons homeowners choose to have their yards hardscaped. For example, an outdoor kitchen, bar and fire pit can transform your backyard into a place for entertaining friends and family, while a pergola or wooden arbor can offer shade and privacy to relax in.

Hardscapes such as pavers and concrete are also an affordable option for creating a custom pond or waterfall, which can bring life and beauty to your yard. They are a perfect choice for water features because they provide structural support and are relatively low-maintenance.

While some homeowners may prefer to use natural stones or bricks for their hardscape designs, the most popular material for this type of construction is concrete. This is because it is versatile, affordable and can be molded into various forms to create walkways, patios, retaining walls, fire pits and water features.

Professional hardscaping can also enhance the resale value of your property. It can transform a dull, uninteresting yard into an outdoor living area that appeals to a wide range of potential buyers.

Many homeowners who choose to have their yards hardscaped do so in order to save on maintenance costs and increase the resale value of their homes. The fact that the work is done by professionals means that it is more likely to be completed in a timely manner and within budget.

Hardscape construction is a popular way to enhance the beauty and usability of outdoor spaces. It increases property value, requires less maintenance, and helps reduce water consumption. It can be as simple as paving stones or as complex as a stone-covered patio or retaining wall. Some common hardscaping materials include pavers, bricks, natural or man-made stone, concrete and tile.

While many homeowners can plant trees, flowers and shrubs, it is usually best to leave any type of concrete or masonry work to professionals. Reputable contractors will be able to answer questions about your project like the best materials for your budget and what local regulations and requirements apply. They will also know how to prepare the site for the work, including stripping grass and organic soil to create a level surface and grading to promote proper drainage.

Once the foundation is in place, workers will begin to lay the pavers or bricks or pour the concrete. Once the concrete is set, it may be sanded or bull-floated to create a smooth finish. It is important that this process be done correctly to ensure the longevity of the hardscape. Depending on the size and complexity of the project, the contractor may also add a color to the concrete. This can be accomplished by either integral coloring or broadcasting color.

Once the hardscaping is complete, you can enjoy your new outdoor living space. A patio or stone retaining wall will add visual interest to your landscape and provide a comfortable place to relax. A walkway or gravel path can lead to a garden or driveway, while a fence will add privacy and security. If you choose to include a water hardscape feature, a fountain, pond or waterfall will offer a soothing ambiance. With these features, your yard can be a wonderful place to entertain guests and family members. It can even be used as an extension of your home, creating a space to socialize and relax with loved ones well into the night. The possibilities are endless! To find out more about how a hardscape project can transform your outdoor space, contact 


The Advantages and Disadvantages of Asphalt Paving

Asphalt is an excellent choice for many types of parking lots. It’s easy to install, quick, and convenient. It also looks great.

Asphalt Paving

Asphalt Paving Fort Lauderdale is made with different materials, including aggregates (crushed stone, gravel, or sand), binders, and fillers. The right mixture is critical to the strength and durability of the pavement.

Asphalt pavements are categorized as flexible pavements and use an oil-based adhesive to hold the aggregate together. Concrete pavements, on the other hand, have a combination of sturdy aggregates and cement to make them stiffer and stronger. This enables them to distribute traffic load more widely and evenly across the subgrade.

Asphalt paving contractors have a range of equipment available to help them create the best quality product. They must be able to identify the best aggregate materials and test them against strict standards for durability. The quality of the aggregate will determine how long and well the asphalt lasts. The amount of maintenance required is another factor that affects the life and performance of an asphalt paved surface.

The strength of an asphalt paving material is determined by its ability to support the anticipated traffic load and the type of subgrade soil underneath it. The strength of the subgrade can be estimated based on its soil composition or can be tested using a tool such as a Dynamic Cone Penetrometer. A weak or unstable subgrade can lead to premature failure of the asphalt layer. It is important to ensure that the subgrade is strong and stable before paving commences.

Modern asphalt paving constructions use multilayer designs to increase the strength of the layers. These layers must be bonded together to resist wheel loads from heavy vehicles. To achieve this, the layers are covered by an asphalt tack coat that must be strong and uniform. If the tack coat is not properly applied, longitudinal cracking, fatigue cracking and rutting can occur.

To increase the strength of an asphalt paving mixture, fibers can be added to the HMA. These fibers are made of polypropylene, steel or glass and help to reinforce the asphalt mixture. They can also be used to reduce rutting, reduce the risk of cracking and extend the lifespan of the pavement.

While the strength of asphalt paving is superior to concrete, it still requires some maintenance. This is because the material tends to erode more quickly than concrete. However, if the pavement is regularly maintained with a seal coating, it can extend its lifespan and improve its appearance.


Asphalt is a durable material that is ideal for roads and highways. It is strong enough to withstand heavy traffic and weathering, and it can be easily repaired if necessary. It also resists damage from salt and other deicing chemicals, which is a big advantage in areas with harsh winter conditions. Compared to concrete, asphalt is less susceptible to cracking and crumbling due to the elements. It is also easy to clean and maintain, making it a great option for driveways and other surfaces that are subjected to frequent use.

The durability of asphalt depends on many factors, including the amount of traffic and the temperature. If these factors are not properly addressed, the durability of the asphalt will be impacted. In addition, the asphalt must be properly rolled and compacted. If the process is not done correctly, the pavement will crack and break down over time. The best way to avoid this is by using a professional paving company for all your needs.

During the production of hot mix asphalt (HMA), aggregate components are weighed and sifted. They are then dried by a rotary drum at a temperature of about 300 degrees. They are then reweighed as drying can alter their weight. Aggregates play a critical role in the workability and durability of asphalt pavements, and the surface textures and size of aggregate particles can also affect the skid resistance and ultimate load capacity of an asphalt mixture.

Aggregates are also used to create the base layer of asphalt. Once they are sifted and prepared, they are mixed with bitumen and other chemical admixtures. The resulting mix is then sprayed onto the road surface and compacted by rollers. It takes about 24 hours for the asphalt to cool and dry before cars can be driven on it.

A good asphalt mix must have a high flexural strength and stiffness to resist deformation. Moreover, it must be resistant to low temperatures and have good rutting characteristics and fatigue life. The dynamic modulus test is one useful method to evaluate the HMA’s durability. This test is a simple and inexpensive tool to measure the HMA’s fatigue behavior.


Asphalt is much more flexible than concrete, which can be a huge advantage in areas with heavy traffic. This flexibility helps to reduce the number of cracks and potholes caused by traffic or temperature changes. It also helps to prevent the pavement from becoming too hard, which can lead to rutting and other structural problems.

The flexible nature of asphalt also allows it to accommodate the movement of water underneath the surface. This can help to alleviate drainage issues and reduce the risk of flooding, which is often a problem for roads made from other materials such as stone or concrete.

There are a variety of asphalt mixtures available to meet different requirements. For example, high-strength mixes are used for roadways that are subject to heavy loads. These mixes require a higher binder content, which is necessary to ensure the strength of the pavement. Other asphalt mix types, such as low-strength and hot-mix, are designed for lower loads. These mixes are often a combination of recycled and unrecycled aggregates, along with bitumen.

Another advantage of asphalt is that it can be easily formed to create curved surfaces. This is especially helpful in areas with curves or tight turns. This feature can save time and money by eliminating the need for a permanent formwork, which is often required when building concrete structures.

Many factors contribute to the flexibility of asphalt pavements, including its amorphous properties and the arrangement of the aggregates within the mix. Aggregates are processed mineral materials, such as crushed rock, sand, gravel, and slags. The aggregates are held together by the binding agent, which is typically bitumen. The mixture also includes filler, which helps to improve the consistency of the material.

Flexibility can be enhanced by the use of additives in the mix, such as recycled material, polymers (e.g., styrene-butadiene-styrene), and other modifiers. These additives are designed to reduce the need for virgin raw materials, which can improve sustainability and cut construction costs. However, the addition of these substances may affect the grading and high-temperature grades of the asphalt.


Asphalt is generally cheaper than concrete, which can make it a good choice for large jobs like roads. However, the initial cost of laying asphalt is just one factor in the total project costs. It is also important to consider the cost of maintenance and repair, as these can significantly increase the overall cost of the project. It is therefore important to weigh the advantages and disadvantages of both materials before making a decision.

Asphalt pavements are made from a combination of aggregates (like rocks, gravel, and sand) and bitumen. The latter is a sticky, black petroleum-based substance that binds the aggregates together. It is produced at an asphalt plant, usually through a heating and blending process.

The material can be modified in a variety of ways to alter its properties and suit the local climate. For example, asphalt paving can be mixed with recycled materials to reduce its environmental footprint. For instance, reclaimed crushed cars and truck tires can be used as an additive to improve the durability of an asphalt surface and help reduce its costs. In addition, asphalt can be combined with recycled concrete to create a stronger and more durable road surface.

Another benefit of asphalt is its flexibility. It can be tailored to the climatic conditions of a particular region and can withstand rutting in summer and harsh freeze-thaw cycles in winter. The flexible composition of asphalt also allows it to be easily adapted for use under underground technical infrastructure, including power and telecommunication cables and district heating and water pipes.

In addition to being cheaper, asphalt is easier to maintain than concrete. Its surface can be sealed to keep out water and ice, which prevents cracks and extends its lifespan. Asphalt can also be repaired quickly if it becomes damaged.

However, it is important to note that asphalt has some disadvantages, too. Its dark color absorbs sunlight and heats up to 10 degrees hotter than concrete, which can cause safety issues. It is recommended to avoid walking on asphalt surfaces wearing flip-flops or any footwear with thin soles as the heat can blister your feet. It is also a good idea to keep your pet’s paws away from asphalt, as the material can burn them too.


Sealcoating Your Asphalt Driveway

Sealcoating is an inexpensive way to dramatically extend the life of your asphalt driveway or parking lot. It also helps prevent cracks and stains. To do it correctly, you need to prepare the surface for sealing. First, clear the area and wash it thoroughly.


Workers should wear masks when working with coal tar or similar asphalt sealers. These chemicals are skin and lung irritants. They must also allow the coating to dry for 24 hours. Visit to learn more.

Asphalt is subject to a lot of damage over time, from heavy vehicles, oil spills, UV rays and other elements. Sealcoating can extend the life of your asphalt surface by up to 20 years, saving you a substantial amount in costly repair costs. It also provides a nice, new-looking surface that is more attractive to prospective customers or tenants.

Asphalt pavement is made from rocks, stone and gravel that are held together by a binder that is petroleum-based. The deterioration of asphalt is caused by the degradation of this binder, which happens as rain and UV rays penetrate the surface. Sealcoating helps to prevent this deterioration by providing a thin layer of protection over the existing asphalt pavement.

The process involves spraying a thick coating of liquid over the asphalt surface. Workers then spread the material evenly with brushes or squeegees. This allows the sand and polymer additives to fill in the cracks and crevices. It also creates a non-slippery surface that is easy to clean. Some companies use a hot-mix asphalt for greater consistency and durability.

Once the sealcoating dries, it forms a protective barrier that blocks out water, sunlight and chemicals. It also protects against oxidation and prevents the formation of small cracks that can turn into potholes over time. This makes it important to get sealcoating done every two to three years.

Sealcoating is typically applied to asphalt surfaces such as driveways and parking lots. However, it is not a replacement for paving. It is best to use a professional to ensure that the process is completed correctly. If the job is not done properly, it can cause more harm than good.

It is important to note that oil spots should be repaired before the sealcoating is applied. If left unattended, these spots can leak through the sealcoat and soften the base layers underneath. The resulting damage can lead to faster deterioration and more extensive damage.

It is also a good idea to avoid heavy machinery or equipment on the newly-sealed surface. It can damage the sealcoat and cause indentation, which will shorten its lifespan. It is recommended that you schedule your asphalt sealing for the summer because humidity and cold weather can affect how quickly it dries.

It protects from UV rays

The sun’s UV rays can wreak havoc on asphalt, causing oxidation and fading. Sealcoating creates an impenetrable barrier against the damaging rays, keeping your pavement’s rich black hue intact for much longer. It also guards the surface against corrosive chemicals like gasoline, oil, and salt, preventing them from penetrating the surface.

Another of the sealcoating’s crowning achievements is its ability to thwart the emergence of cracks in asphalt surfaces. These fissures usually occur due to temperature fluctuations and exacerbate as moisture seeps into them, triggering further damage. The cracks may eventually lead to full surface failure, necessitating a costly replacement or repaving. Sealcoating effectively closes these gaps, minimizing the chance of further deterioration and saving you money in repair costs.

Sealcoating also shields the surface against water penetration, a major cause of pavement damage. This is especially important for a commercial or residential parking lot, where traffic is heavy. Water can cause serious structural damage to the asphalt base, resulting in potholes and cracking. The sturdiness of the asphalt’s base is also diminished when water penetrates and dries out, leading to further problems in the future. Sealcoating prevents this by creating a waterproof barrier and lowering the risk of structural damage.

Beyond its protective mantle, sealcoating also bestows a visual revival on asphalt surfaces. Over time, the sun’s UV rays can cast a fading spell on the asphalt, making it look dull and lacking in appeal. This ebony sheen is restored by the sealcoat, allowing it to take center stage once again and bolstering your curb appeal.

Whether you’re a commercial or residential property owner, the benefits of a sealcoat are undeniable. Unlike coal tar, which is hazardous to both humans and the environment, specialty resins are non-toxic and eco-friendly. However, if you want to get the most out of your sealcoat, it’s imperative to hire a professional asphalt paving contractor. This will ensure that the job is done right and that you’re using high-quality materials. A reputable contractor will also provide you with an estimate of the total cost of your project before starting.

It prevents water from penetrating the surface

Asphalt is one of the most important materials in modern construction, and it’s used to create everything from driveways to parking lots. It’s also incredibly durable, but over time it can become damaged by sun exposure, traffic, and weather. This damage can lead to cracking, fading, and other issues that require costly repairs.

Sealcoating is a low-cost maintenance option that can prevent these problems and extend the life of your pavement. It works by filling in surface voids, reducing the penetration of water into the asphalt, and protecting the pavement from oxidation. It’s also an excellent way to beautify your property’s curb appeal, as it gives the surface a deep black look that is attractive and inviting.

When untreated, asphalt begins to deteriorate as soon as it is exposed to sunlight and oxygen. This oxidation breaks down the aggregate and causes cracks to form. Seal coating stops this process by providing a protective barrier against the elements and prolonging the life of your pavement.

Another enemy of asphalt is water, which can penetrate the pavement and cause damage by softening the base. If this is allowed to happen, the pavement becomes brittle and less resistant to pressure from vehicle tires. Sealcoating prevents this by providing a seal that blocks moisture and protects the pavement from sinkholes, depressions, and potholes.

Oil and gasoline spills are another common enemy of asphalt, as they break down the material and create stains that are difficult to clean. However, professional-grade sealers contain additives that help the sealer resist these substances. The sealer also fills in surface voids and reduces the depth at which oil or gasoline can penetrate the asphalt.

Finally, sealcoating helps to repel salt, which can eat away at the asphalt surface. This is especially problematic in cold climates, as the salt will eat through the asphalt and cause severe damage. Seal coating steals the power of salt and keeps it from destroying your pavement, protecting it from deterioration and saving you money in the long run.

It adds a new layer of protection

Sealcoating adds a layer of protection that acts as an adhesive to the asphalt and helps it resist chemical penetration, UV rays, water, oil, and gasoline. This will prevent the oxidation of the top layer and help your asphalt last longer. In addition, the sealant fills in small cracks and makes it easier to clean your asphalt. This protects the asphalt surface from the elements and keeps it looking new.

Seal coating is made from refined coal tar and contains additives such as petroleum byproducts, rubber, and a variety of mineral fillers and aggregates. The additives are added to varying degrees to improve the performance of the sealant, such as drying fast, changing sand suspension, increasing water repellency, or adding resistance to salt and petrochemicals. The petroleum byproducts in the sealant also provide anti-aging properties and ensure that the pavement will stay strong and durable.

An unsealed driveway or parking lot is vulnerable to damage from the sun, rain, and snow. Water is particularly damaging, as it seeps into the small cracks and then freezes, which causes the cracks to grow wider. Seal coating protects the surface from water damage by creating a waterproof barrier that seals in the small cracks.

Aside from extending the life of your asphalt and protecting it from weather damage, a sealcoat also boosts your property’s curb appeal. The dark color of the seal coat will make your asphalt look new and well-maintained. The uniform black surface is also easy to keep clean, making it a good choice for people who regularly use the space for work that leaves debris behind.

If you are considering having your pavement sealed, it is important to know that the process is not a quick fix. It takes time to prepare the area and allow the asphalt to dry, so you should plan accordingly. Before the work begins, you should block off your driveway or parking lot and make sure that nothing can get into the work area. If your driveway or parking lot has an automated sprinkler system, it should be shut off completely during the process.

Concrete Services

Why Homeowners Should Use Concrete Lifting to Repair Sinking Concrete

Cincinnati Concrete Lifting is a fast and affordable solution for homeowners with sinking concrete. It saves time and money over pouring a new slab.

It also avoids the unsightly mismatch of color that occurs when you add a new concrete slab next to an old one. This is a common problem caused by the erosion of soil underneath concrete.


Curb appeal is often touted as the best way to increase your home’s value and sell it. This is especially true in today’s market, when most buyers start their search by scrolling through websites like Zillow. Unfortunately, one of the most overlooked ways to boost curb appeal is by addressing concrete damage. Uneven and cracking concrete can create trip hazards for visitors and make potential homeowners turn away from your property. Concrete lifting restores these surfaces and makes them look brand new, allowing you to maximize your home’s potential and get more money when you sell.

Many homeowners are quick to replace concrete slabs that sink and crack, but this can be an expensive repair option. Fortunately, foam concrete lifting is a cost-effective alternative that can save you up to 70% over replacement costs. This process involves drilling holes into your concrete, which then serves as a channel for pumping high-pressure polyurethane foam under your concrete. This lifts and levels the slab, which eliminates the sinking and cracking caused by shifting soil. Once the concrete is leveled, your contractor will patch the injection holes to blend in seamlessly with the surrounding concrete.

Unlike mudjacking, which involves injecting a heavyweight mud slurry underneath your concrete, foam concrete lifting is a more efficient and effective solution for lifting and leveling concrete. It’s also a less invasive option that spares your curb appeal. New concrete slabs require a large amount of material and machinery, and can disrupt your lawn and garden.

While it may seem counterintuitive, a new concrete slab will not solve your uneven concrete problems. Instead, the underlying issues that led to your concrete sinking and cracking will likely return. If you address these issues with concrete lifting, however, your concrete will continue to remain safe and level for years to come.

 Our experienced contractors can help you choose the right concrete repair method and restore your concrete’s appearance to boost curb appeal and improve your property value.

Concrete has been used in construction for thousands of years, and while injuries in the concrete industry are generally rare, haste or poor planning can jeopardize safety. In particular, the lifting process itself requires specialized equipment that may pose dangers. This equipment requires regular maintenance and care to prevent potential malfunctions. Likewise, the workers involved in concrete lifting need to adhere to specific safety protocols.

Workers should be trained in the use of the machinery and materials they will be working with. They should also be aware of the proper lockout/tagout procedures and must follow them strictly. They should also wear protective clothing, such as gloves and coveralls. This will prevent cement and concrete from contacting the skin or eyes. If it does, the workers should rinse off the affected area immediately and seek medical attention if necessary.

During the concrete lifting process, it is also important to use dust control measures to avoid lung damage. Concrete is made up of cement, sand and crushed stone and becomes airborne during the mixing process. Without respiratory safety gear, these particles can enter the lungs and cause immediate discomfort, such as wheezing or coughing. In addition, prolonged exposure can result in permanent lung damage.

Concrete workers also face risks from back problems, musculoskeletal injuries and tripping, falling and other hazards. They should always bend their knees and lift with their legs to minimize strain on their backs. They should also avoid twisting their bodies when carrying heavy loads. In addition, they should always wear a hard hat to reduce head injuries.

Concrete lifting is a cost-effective alternative to total concrete replacement, and it is much less invasive than slabjacking or mudjacking. In many cases, it can be completed in a day. This is a great option for homeowners who want to save money and enjoy the benefits of a well-maintained, safe outdoor space. It is especially useful if your driveway, sidewalk or patio is sinking and needs to be lifted. However, it is essential to speak with an expert before beginning the concrete lifting process to ensure that all safety protocols are followed.

Unlike the tear-out method of concrete repair (replacing existing concrete with new), which can take days or even weeks to complete, the Concrete Lifting process takes only about an hour. That leaves you with a functional, visually appealing patio, pool deck, or driveway in a fraction of the time that it would take to install a brand-new slab.

The reason it takes less time to complete a concrete lifting project is because the contractor doesn’t have to dig out the old slab and pour a new one in its place. Instead, they drill a few holes through the sunken surface and pump in a special material that fills any void space underneath the slab. After the concrete rises to its proper level, the access holes are patched and your project is done.

In addition to saving you time, this method is also much less invasive than traditional concrete replacement. You don’t have to worry about your yard becoming a construction zone, and you won’t have to deal with any ugly patches of dirt or gravel that need to be filled in again.

Another benefit of concrete lifting is that the injection materials are made from polyurethane foam, which is a highly durable, long-lasting material that doesn’t fade over time like concrete does. This makes the material an excellent choice for repairing outdoor concrete surfaces that are exposed to sunlight or other elements that cause the concrete to fade over time.

The best part of all is that when the injections are done, they will look completely natural. This is because the foam essentially becomes an extension of the concrete, so it blends in seamlessly with the rest of the structure rather than looking contrasting and out of place. While you can try to cover up the injected holes with concrete stain, this is not always an effective or attractive solution. Choosing to get your concrete lifted with polyurethane foam injections will ensure that the repair is completed in an inconspicuous way, so your guests will not be able to tell what caused the concrete to sink in the first place.

Concrete is expensive to pour and replace. It can also be a huge undertaking with multiple weeks of work and disruption to your home. Concrete lifting is a less invasive option that is much cheaper than removing and replacing your concrete. Concrete lifting is also faster and typically ready for use within an hour.

Depending on the project, your concrete lifting price may vary. The complexity of the project as well as the size and scope will determine your final price. We can give you an idea of prices based on stone slurry concrete lifting pricing in Louisville and poly lifting pricing.

Mudjacking or foam leveling lifts sunken concrete to eliminate tripping hazards and restore concrete pavement surfaces back to their original height. This is a quick and cost effective solution for driveways, sidewalks, patios, steps, parking lots, garage floors and pool decks.

Concrete slabs sink for a variety of reasons including frost, clay shrinkage, and poor back fill and compactation during construction. These issues will cause the soil underneath your concrete to settle, oftentimes causing it to crack and sink. Concrete lifting and mudjacking raises the concrete back to its original position for significantly less than the cost of replacement.

Concrete lifting and mudjacking can often be completed for less than half the cost of replacing your concrete. This is due to avoiding demolition and removal costs, labor costs associated with breaking up, mixing, and placing new concrete, and clean-up. It also saves time by minimizing the amount of prep work needed to prepare the surface for lifting.

Concrete Services

Why It’s Important to Repair Your Driveway

A well-maintained driveway adds beauty and value to your property. If your driveway shows signs of damage, it is important to repair them before they worsen. For more information visit Paving Companies Charleston SC.

Cracks greater than a quarter inch are a sign of significant issues that a professional should address. Leaving these cracked areas unrepaired can allow water in, which erodes the base and allows freezing temperatures to do more damage.

A smooth, unblemished driveway creates an excellent first impression and enhances your home’s curb appeal. It also adds value to your property and makes it easier for you to sell your home in the future. Cracked and damaged driveways, on the other hand, give a poor impression and reduce your home’s value. If you plan to sell your home, you must repair cracks and holes in your driveway as soon as possible.

Even hairline surface cracks in your driveway should be dealt with immediately. If left untreated, these cracks can widen and deteriorate the concrete further. This is more common in climates that experience frequent freeze-thaw cycles. The thaw and refreeze cycles cause the water to expand under the surface of your driveway, slowly weakening it. Eventually, the crack will open enough for dirt and weeds to get in and start growing.

When cracks appear, it is important to clean the surrounding area of the driveway thoroughly with a pressure washer or broom. This helps the patching material to adhere properly. It also ensures the cracks are filled, and the surrounding area is smooth.

For small cracks, you can use a concrete patching compound. This product is available in various sizes and can be applied with a caulking gun. Make sure to choose a compound designed for driveway repairs and include a primer or concrete bonding additive to help it stick to the existing concrete.

Large cracks are harder to fix, but they can be repaired with a special concrete repair kit with everything you need. These kits include a flexible backer rod to support the crack and pre-mixed concrete to fill it. You will need to apply the backer rod and then apply the concrete, which should be done when temperatures are above 60 degrees Fahrenheit.

Suppose you have a very deep crack that is sunken. In that case, it may be necessary to hire a professional concrete lifter, such as PolyRenewal, to inject polyurethane foam under the underwater section. This method is similar to mudjacking but uses more durable materials and offers better results.

It’s normal for driveways to sink a bit over time, but when sections begin to pull away from the garage floor, it’s time for a repair. If left untreated, sunken concrete can create tripping hazards and cause damage to vehicles that drive over it. Additionally, the depressions allow water to pool on the surface and erode the soil underneath, leading to additional concrete sinking over time.

The traditional solution is to remove the affected concrete section and pour a new slab. While this can solve the immediate problem, it’s an expensive and disruptive project. In addition, the new slab will likely look different in color and texture from the surrounding concrete.

Concrete can use mudjacking to lift sunken concrete sections without removing and replacing the existing slabs. This process involves drilling small holes in the surface of the concrete and then pumping a mixture of concrete and sand underneath the concrete to raise it back up. This method is far quicker and less expensive than tearing out and replacing the concrete, and it addresses many of the issues that can lead to sinking in the first place.

When the concrete in your driveway begins to sink, you must have a professional evaluate the cause and recommend a solution. Untreated sunken concrete will continue to deteriorate and can eventually break apart, leaving the foundation of your home exposed. If you’re looking for a concrete company that offers driveway repair services, make sure to read reviews and ask for references.

It’s also a good idea to determine whether the contractor offers free estimates for the work, which can help you decide if it’s worth the investment. Ultimately, fixing sunken sections of your driveway is crucial for the safety and appearance of your property, as well as to protect the value of your home. Uneven concrete is not only unsightly but can also lead to tripping and injury for pedestrians. It can also encourage the growth of algae and other unwanted plants, which can harm the integrity of the concrete.

A well-maintained driveway is an asset to your home, not only enhancing its curb appeal but also increasing the value of your property. But a clean, neatly-edged driveway doesn’t just look great; it also plays an important role in inhibiting soil erosion and protecting your driveway from chipping and cracking. The best way to keep your driveway’s edges looking good is by installing edging, and there are a variety of options available to suit your taste and budget.

Since asphalt is a non-permeable material, its edges tend to move slightly more than concrete edges. This movement is called upheaval, and it can cause your asphalt to crack or break off. Upheaval is a serious problem, but it cannot be fixed by patching or using chemicals; it requires complete removal and replacement of the affected area.

One solution is to install gravel edging, which is relatively inexpensive and easy to maintain. It also adds a natural look to your driveway and can help you avoid the need for costly paving repairs. If you want a more decorative appearance, brick edging is another option. It’s available in various colors and can complement any style of home.

Regardless of the edging material, installation begins by marking your desired path. If you’re uncomfortable doing this yourself, hire a professional to help. They’ll use stakes and string to create a visible guide you can follow. Make sure you double-check and adjust the marks as needed.

Next, dig a trench along the edges of your driveway and backfill it with sand or gravel. This will provide stability and prevent shifting as you work. Finally, smooth out the edges of your new edging with a broom. This will ensure the edging is firmly in place and give your driveway a professional finish.

Edging your driveway is a worthwhile investment that will protect it from damage and keep it looking beautiful for years. It’s especially important for asphalt driveways, which aren’t built into the ground like concrete driveways; they sit on top of the soil and are vulnerable to stress from vehicles driving over them. Proper edging can transfer this stress to the ground and minimize the risk of cracking or breaking off.

Weeds aren’t just unsightly; they also can cause damage to your driveway. Annual weeds and grasses like crabgrass, quackgrass, and dandelion thrive in the moist soil around and under driveways and can push through even the deepest gravel. Once established, they grow rapidly, spreading across the surface and filling in cracks.

The best way to deal with weeds is to prevent them from sprouting. You can do this by putting down a barrier of black plastic or a weed membrane between your garden soil and the gravel driveway. These materials block light from the weeds and stop their growth. However, these barriers can become punctured by heavy foot and vehicle traffic, so if you want to use them, you’ll need to reseal the driveway every couple of years.

Alternatively, a granular pre-emergent herbicide can be applied to your garden soil in the spring before the weeds germinate. These products kill existing weeds and keep them from growing, but they’re only effective for a few weeks, so you’ll have to repeat the process each year.

If you don’t mind weeds and have a good pair of gardening gloves, you can manually pull them. However, this is often time-consuming and can be difficult in wet conditions. You can also spray a commercial herbicide on the weeds, but it’s important to follow safety instructions and wear appropriate protective equipment.

Table salt is another easy, inexpensive, and effective weed killer. You can spread it by hand or dissolve it in water to make a spray that can be used on small patches of weeds. If you have a large area of weeds that need to be killed, use the rock salt used to de-ice roads and paths, as it may be more effective in killing the root system of the weeds.

Many homeowners need help to maintain a neat, tidy appearance on their gravel driveways and work with weeds that can quickly creep in and overtake the driveway. Whether they’re pushing through the gravel or climbing up through cracks in the pavement, these weeds can be a real pain to deal with.

Concrete Services

Concrete Retaining Wall Repair

Concrete Contractors Colorado Springs help to extend the life of retaining walls. Building staff should regularly inspect the walls for signs of deteriorated mortar joints, shifting, or crumbling. Drainage vents must be clear, and penetrations should be properly caulked or sealed.

Wall anchors are also a great solution to stabilize damaged retaining walls. They use an anchor rod connected to a plate within the soil and tightened.


A crack in a retaining wall may be an early warning sign that the soil behind it is shifting or that the retaining wall has a design flaw. It could also mean that the foundation stratum has settled along a section of its length and requires further strengthening by cement grouting under pressure, which must be carried out with specialist advice. It is possible to close vertical cracks by routing and sealing them, a non-structural repair technique that involves routing the cracked surface and filling it with a non-sag, high-performance sealant.

Some cracks in a retaining wall are inevitable, even with proper construction and design. The type and size of the cracks will determine whether a professional is needed to make structural repairs.

Most cracks in retaining walls occur because of the shifting and movement of soil under or behind the wall, primarily due to quick freeze-thaw cycles. The movement of soil can result in the concrete retaining wall bowing or leaning. It can also cause the retaining wall footing to fail and collapse.

Ideally, a retaining wall contractor will address problems such as soil erosion and drainage before building the retaining wall. This will prevent many issues that cause a retaining wall to crack or lean in the first place.

When the retaining wall is already showing signs of cracking, the contractor should be called to inspect to identify the cause and devise a plan for the retaining wall repair. Some of the most common causes include:

Insufficient backfill with gravel; poorly backfilled soil that was compacted or tamped; poor drainage, such as no French drains or weep holes; too much water in the soil, causing it to weigh more and put more pressure on the retaining wall; and overwatering the area and hillside causing it to wash away.

One of the most common solutions for a retaining wall exhibiting cracking and leaning is reinforcing the concrete with steel reinforcing rods or rebar. To do this, the contractor will install long threaded rods in the soil attached to large galvanized plates on the retaining wall. The plates connect the rods, secured in the ground with anchors. This helps to hold the retaining wall in place and provides resistance when the clay soil tries to shift or tip the retaining wall over.

If a retaining wall bows inward, it is considered serious and may require major repairs. Fortunately, this type of deterioration can often be corrected before the wall collapses.

Soil conditions or foundation problems can cause bowed retaining walls. For example, when a retaining wall fails to have adequate batter or pitch, the soil it retains can build up and push against the wall. In addition, a retaining wall built on expansive clay soils may experience hydrostatic pressure when water from rain or snowmelt is absorbed into the ground and causes it to swell. This puts additional pressure on the retaining wall and will cause it to bend inward over time.

Other common reasons for a retaining wall to bow are lack of proper drainage, improper footings, soil instability, and tree root growth. The first step in correcting this problem is to find the source of the pressure so it can be addressed.

A masonry expert can stabilize a concrete block retaining wall by adding anchors. These devices, also called dead-man anchors, help prevent the wall from bending inward. These are installed by drilling holes into the wall and running a steel rod through it. The rod is attached to an outside anchor buried underground in the soil.

Another option for a bowed retaining wall is to reinforce it with carbon fiber strips. This is a minimally invasive repair method that is often effective. The problem with this method is that it may not be able to stop the bowing of the wall, but it can reduce how much it bends inward.

The most expensive and invasive repair method for a bowed retaining wall involves installing steel channels or C-channel anchors. This requires digging outside the wall foundation and burying steel plates or channels in the soil. Holes are drilled into the wall, and threaded high-strength rods are run through them and then connected to the steel plates or channels in the soil.

The primary function of a retaining wall is to counteract the lateral forces exerted by soil. When a retaining wall fails, it poses a safety risk to flat areas like gardens, driveways, patios, and other structures. Collapsed walls can damage nearby homes, and soil displacement can create foundation problems. It’s important to act when you notice a retaining wall showing signs of distress. Early detection and repair saves money, prevents damage to surrounding property, and reduces the liability risks involved with collapsed retaining walls.

Common signs of a failing retaining wall include bulging, bowing, and cracks. These symptoms indicate that excessive lateral pressure pulls the retaining wall down. If the retaining wall continues to degrade, it can lead to total collapse and cause major damage.

Subpar construction is one of the leading causes of retaining wall failure. Using cheap materials and poor design increases the stress on the structure. Poor drainage is another factor. Having weep holes or a drainage system is important to maintain the structural integrity of a retaining wall. If water doesn’t drain properly or the soil isn’t graded away from the wall, it can put too much weight on the retaining wall.

Other reasons retaining walls can fail include soil erosion and earth movement. Tree roots can displace the soil behind a retaining wall, and earthquakes or other weather events can weaken and destabilize the wall. The wear and tear of time can also diminish a wall’s strength, which is why replacing older retaining walls with newer, more durable materials is important.

Once a retaining wall shows signs of distress, it’s vital to find an experienced repair team. Professionals can use wall anchors or helical tiebacks to restore the retaining wall’s structural integrity and help protect nearby structures. They can also reinforce the structure or regrade the soil to relieve excess stress on the retaining wall. The key is figuring out what’s causing the wall to fail and effectively addressing that problem. A free inspection will help pinpoint any issues and suggest the optimal repair strategy.

Retaining walls can be damaged by various factors, including weather conditions, soil erosion, incorrect drainage, and being hit by vehicles. Regardless of the cause, it’s important to catch structural damage as soon as possible. Otherwise, continued deterioration could collapse parts of the wall or the entire structure.

When retaining walls show deterioration, it’s time to call a contractor. Cosmetic issues like staining, flaking, spalling, and pitting are not just unsightly; they can be precursors to structural damage.

Unlike normal walls, retaining walls are built up against the ground and support heavy loads from the soil. Therefore, they’re designed to be strong and durable. Unfortunately, a lack of maintenance can lead to problems like cracks, bowing, and leaning.

Leaning retaining walls are especially dangerous because they pose a safety hazard for anyone walking near them. Furthermore, the resulting movement of soil can threaten foundations and basement walls on other parts of the property.

This retaining wall supporting the parking structure of a townhome complex was severely eroded in multiple locations. Its collapse would threaten the safety of vehicle drivers and pedestrians on the adjacent sidewalk and alleyway.

The contractor used a combination of helical tiebacks and a wall anchor system to stabilize the wall. Helical tiebacks are driven into the ground behind the retaining wall, and their anchor rods connect to earth anchors placed in augured holes within the soil. These rods then support the weight of the soil against the retaining wall.

The wall anchor system uses concrete forms to create a solid repair in the face of a weakened retaining wall. The contractor filled the forms with Fusion-Crete modified mortar mixed with sand and white Portland cement. The contractor left extra white Portland on hand, so he added colorants to the concrete mix to achieve repair colors other than the standard gray.

Retaining wall repair is an essential service that should be performed immediately. If you’re concerned about the condition of your retaining wall, contact our team today to schedule a free retaining wall assessment and repair quote.

Concrete Pavers

Facts About Concrete Pavers

Concrete pavers are a commonly used material for walkways, pathways and driveways. They can also be utilized in patios and fire pits. They are small, dense concrete units that interlock to create a durable paved surface.

They resist deterioration better than asphalt and normal poured in place concrete. They can be plowed, blown or shoveled and deicing salts are not harmful to them.


Concrete pavers are less expensive than other types of paving materials. They also have lower maintenance costs and are easier to repair than concrete slabs. They can be used to create a variety of hardscape designs, including patios, driveways, walkways, garden pathways, and fire pits. They are available in a wide range of colors, shapes, and textures to complement any design style. Some manufacturers even offer patterned pavers that mimic the appearance of real stone or brick.

They are easier to install than traditional poured concrete, and they don’t need time to cure. In addition, they can be easily removed and replaced if they become damaged. Pavers are also an environmentally friendly option, and they help to reduce noise and vibrations from vehicles and pedestrian traffic.

In terms of cost, pavers are comparable to other types of paving material, such as clay or brick pavers. However, they are usually much cheaper than natural stone paving products. They can be installed on a wider range of surfaces than other types of paving materials, making them an economical choice for a variety of applications.

Pavers are very easy to maintain and can be kept looking new with a regular sweeping and occasional cleaning. If there is any hard staining, a simple pressure washing treatment using suitable cleaning products can often remove it. Additionally, most pavers are made of durable material that resists damage from heavy traffic and weather conditions.

The most significant benefit of using concrete pavers is that they are very attractive and offer a wide array of color and texture options. They can be used to enhance the beauty of any landscape and are a great alternative to traditional asphalt or concrete paved surfaces. They can also be used as a retaining wall or edging for landscaping projects.

Uneven paved surfaces are not only unsightly but can pose a safety risk for pedestrians and vehicles. Pedestrians can trip on bumps and indentations, while vehicles may get stuck in sandy or gravel areas. This type of surfacing can also lead to tire or wheel damage, and it increases the wear and tear on vehicle shocks and axles. Concrete pavers provide a more stable and long-lasting surface for both vehicular and pedestrian use.


Concrete slabs can crack under pressure from shifting earth, freezing and thawing cycles, and other disturbances in the soil. This cracking can expose the composite material underneath to the elements, which can cause it to erode and become damaged or unsightly. Concrete pavers, on the other hand, are more resilient against these stressors. They’re manufactured to withstand up to 8,000 pounds per square inch, which is far more than the average residential concrete slab.

Pavers are also easier to repair than concrete slabs. If you need to repair a section of your paved driveway, it’s easy to simply remove the affected paver and replace it with another. This is much more difficult to do with concrete slabs, which usually require the entire surface be removed and then replaced, resulting in an expensive and time-consuming project.

Unlike slabs, pavers are made from interlocking units that allow them to shift and expand without breaking or cracking. This flexibility also makes them more resistant to stresses like rutting and erosion from vehicular traffic.

While pavers are more durable than concrete slabs, they still need to be maintained properly to keep them looking good and working well. Keeping them clean on a regular basis is important to prevent the buildup of dirt, oil, and other contaminants that can degrade the material over time.

It’s also a good idea to seal your paved surfaces periodically to protect the material from weathering, water damage, and other harmful effects. Pavers are also more resistant to fading than concrete slabs, as they don’t absorb stains as easily and are less likely to lose their color over time.


Concrete pavers are durable, but they’re not indestructible. They’re best used in areas that don’t experience heavy foot or vehicle traffic and require regular inspections to identify any signs of wear or damage. Repairs are typically easy, as the interlocking units are designed to be removed and replaced without removing any adjacent pieces.

The main maintenance requirement for concrete pavers is sweeping, washing and occasional use of cleaning solutions to remove debris such as dirt, leaves and bird droppings. Most stains can be removed with water, plant-friendly detergents and a stiff brush or broom. In some cases, a more aggressive solution may be necessary to remove stubborn stains such as grease and barbecue sauce stains. For deep stain removal, a solution of muriatic acid can be mixed with water and applied to the affected area. Be sure to follow the instructions printed on the container and test an inconspicuous area first.

Construction residue such as dust and dirt should be washed off of the paving surface regularly, and a penetrating sealer may be applied to minimize damage from deicing chemicals, prevent staining and enhance color. The resealing process should be completed within 90 days of installation, and it’s recommended that the sealer be tested in an inconspicuous area first.

While concrete pavers are more resistant to wear than monolithic concrete and black asphalt, they can still crack or break if not properly maintained. To reduce the risk of cracking and damage, concrete pavers should be installed in accordance with ASTM or CSA standards. These standards address freeze/thaw durability, dimensional tolerances and other manufacturing procedures that will ensure the pavers perform as expected.

In addition to concrete paving, the 30 Seconds All-Purpose Outdoor Cleaner is safe for all exterior surfaces and is perfect for restoring pavers that have become discolored from algae, mold or mildew. It can also be used to restore and protect brick, stucco, asphalt, canvas awnings, wood decks, metal, painted surfaces, gutters, siding and plastic outdoor furniture. Be sure to use a pressure washer with a low pressure setting, as excessive force can etch or damage the concrete pavers’ protective surface.


Concrete pavers are an excellent alternative to poured concrete for driveways, sidewalks, patios and other hardscape elements. They are manufactured in many textures and colors, providing a wide range of aesthetic options. They are also easier to install than concrete slabs. Pavers interlock together to create a patterned surface that can be put into service immediately, minimizing construction time and reducing traffic disruptions. This makes them ideal for commercial and residential applications.

Precast concrete pavers are manufactured to a specific size, thickness and strength. They contain several ingredients, including cement (usually Portland cement) and aggregates like sand and gravel. Other ingredients include water, and additives for color and specific performance characteristics. When installed properly over a well-compacted base, concrete pavers do not shift or crack under normal foot or vehicle traffic. However, pavers may settle in spots over time, and they are not as strong as poured concrete.

When a paved area is prone to standing water, a drainage system must be installed to prevent damage to the pavers and the soil underneath. This drainage system should direct the water away from the paved area through pipes or gravity. Pavers that are set in a gravel and sand base can be permeable, allowing the water to flow back into the ground.

Some natural stone pavers, such as marble, may develop issues when set in a sand-only installation. When marble is set in sand, it can experience lippage, which occurs when one tile juts up above another. This can lead to a sand-only installation being more difficult to maintain than a mortared or thinset installation.

To reduce the maintenance requirements of concrete pavers, they should be routinely swept and occasionally rinsed with a pressure washer. Regular sweeping will remove dirt, dust and leaves, and will help to limit the growth of weeds and moss. If a moss or weed problem persists, a chemical weed killer can be used to treat the affected areas. Pavers should also be sealed periodically, as this will protect them from staining and help to retain the joint sand.