Tag: concrete

Different Methods of Concrete Repair

Harry Williamson Concrete Services , , , , , , ,

Concrete repair can be a difficult task. It requires an evaluation of the structure, a determination of causes of the deterioration or distress, destructive and nondestructive inspection, laboratory testing (including chemical and petrographic analysis), and selection of repair methods and materials.

Concrete Repair Colorado Springs properly prepares for a good bond with the repair material. Bond strength is also important.

concrete

Concrete is a highly durable construction material that provides long-term service when poured and finished correctly. However, all concrete has a shelf life and is subject to wear, tear, and weathering that can reduce its longevity and result in cracks. Thankfully, many concrete repair methods can be used to address these issues. Some of the most common include routing and sealing, patching, and stitching. Each of these techniques can be successfully applied to various types of cracked concrete, but it is important to choose the best method for the job.

Typically, a chemically reactive polyurethane resin is injected into the crack to seal wet or leaking cracks. This is a quick, cost-effective method that can be used on both active and dormant cracks. The cured resin chases the water and penetrates into tight micro-cracks and pores to form a firm bond to wet concrete. This is a permanent repair that is very effective on wet cracks and will tolerate future movement in the crack.

The rout-and-seal method involves grinding a channel through the centre of the crack, and then filling it with sealant. Field workers must thoroughly clear out all debris, leaves, sticks, and other obstructive materials that could interfere with the process or inadvertently contaminate the routed channel. Routing is a more expensive option than clean-and-seal, but it offers superior results in the long run, including reduced crack recurrence and a higher overall service life.

Stitching is another permanent concrete repair technique that consists of drilling holes along the length of a crack and grouting them. This method creates a “key” that locks the crack and prevents further movement in adjacent concrete sections. The key also helps reduce leakage and prevents the loss of soil from around the crack.

Stitching may be used in conjunction with other repair methods, such as clean-and-seal or rout-and-seal, to extend the life of the repaired crack. However, this method is not suitable for all conditions, as it may increase the structural restraint on a section of the structure and induce further cracking elsewhere.

Concrete cracks by nature, and it isn’t uncommon for concrete in areas with a lot of foot traffic or exposure to the elements to break down over time. While cracks are inevitable, properly installed concrete patching can prevent further deterioration.

To repair a crack, you must first clean out the damaged area. Whether this is done by hand, with a jackhammer or with an HPWJ machine the area needs to be free of any loose material like concrete chips dust, debris, and oil stains. The area will also need to be brushed or scraped to create a clean surface for bonding. The crack will need to be chiseled down to a symmetrical inverted V shape in order for the new patching material to adhere. The bottom of the crack should be wider than the top to prevent moisture from getting in and causing future problems.

Once the cracked area is cleaned it’s important to remove any rust or corrosion from the exposed steel reinforcing bars, if applicable. This can be accomplished with a wire brush or a broom. This will help ensure that the patching material bonds well to the underlying steel and that any future cracks won’t form within the repaired area.

Depending on the area being patched, you may need to use a chemical or mechanical method to bond the material. For example, a small crack might only need a scratch coat, a thin layer of the repair mix mixed with water to a soupy consistency. Then, a gloved finger or rag is used to smear the mixture onto the damaged area. This is similar to finger painting from kindergarten, but with a little more pressure.

A good quality cement patching compound can make this process a breeze. Once the patch is applied it can be tool to create a smooth seam that blends into the rest of the concrete. This will help hide any cracks that are not repaired and keep moisture from penetrating the structure and causing further damage. Having professional contractors complete the repairs using proper techniques and high-quality materials can help you save money and ensures that your concrete repair will last.

Concrete cracks due to structural loading and deflection can be repaired with stitching. Stitching involves reinforcing the cracked area with a system of rebar to reestablish compression, resist shear and shear-bending stresses and stabilize the structure. This method of concrete repair is typically used for large vertical sections of a foundation slab, swimming pool or wall. This type of concrete repair method should only be used by an experienced professional engineer to ensure that the existing rebar and reinforcement are tied in with the new rebar in order to achieve maximum strength and safety for the structure.

The most suitable concrete repair method for a particular structure depends on the evaluation of the crack for its cause and type. Choosing the appropriate repair method will result in a cost effective and long-term solution to the problem. The selection of a concrete repair material should also take into consideration the workability, drying time and surface requirements for the concrete.

Many types of concrete repair materials are available, and each has its own benefits and disadvantages. For example, some repair materials have very low shrinkage, while others are very easy to use but have low tensile strength. Selecting the best concrete repair material for a specific application is a matter of balancing several factors such as cost, workability, and strength.

For concrete repair, it is important to avoid water contamination from interfering with the workability of the repairs and the bond between the concrete and the rebar. Many repair methods include measures to prevent the infiltration of water, such as drains, diversion systems or external waterproofing. Depending on the type of concrete, and the condition of the existing concrete, other precautions may be necessary to prevent infiltration and leaks from the damaged structure.

If the concrete needs to be replaced, a conventional concrete placement method can be employed. However, it is essential that the new concrete be placed using a low w/c and a high percentage of coarse aggregate to minimize shrinkage cracking.

While the idea of replacing concrete may seem daunting, it can often be more cost-effective and safer than repairing damaged concrete. A professional can help you decide if a repair or replacement project is best for your situation.

Depending on the severity and quantity of cracking, it may be possible to reduce or eliminate the damage with conventional concrete repair methods. Stain-fighting products and pressure washing can help with surface stains, while trisodium phosphate is effective at removing heavy oil or grease stains from the concrete.

Concrete is most vulnerable to damage from temperature changes. When it warms up, it expands, and if there are joints or cracks in the concrete, pebbles, sand, or soil can get stuck in them and cause further damage. Concrete can also be cracked by mechanical factors like strain from a load, vibration, or equipment or vehicle traffic.

To minimize expansion cracking, the concrete should be placed in a low slump and have a low water-cement ratio. The concrete should also have a large percentage of aggregate to minimize shrinkage cracking. Keeping the concrete cool during placement and thorough vibration will also help minimize cracking.

When structural damage is found in concrete, such as large sections of honeycombing, it is often necessary to replace the damaged concrete. A registered professional engineer should perform a site inspection and determine the extent of the problem, as well as the most appropriate repair method.

When it comes to repairing damaged concrete, early intervention is key. By addressing issues as soon as they arise, you can avoid the hassle and expense of a major replacement project. Contact us for a free concrete repair evaluation! We can assess your property, provide a quote, and schedule your repair service. Whether you need to repair your driveway, sidewalk, or other exterior concrete surfaces, we have the tools and expertise to restore your home’s functionality and beauty. We even offer financing options! Call or text us today to get started. We look forward to working with you!

How to Go About Siding Installation

Devon Pace Concrete Contractor , , , ,

Stucco Charleston SC is an important part of your home, protecting it from moisture and other elements. It is also an attractive way to dress up your home’s exterior.

Before siding installation, it’s a good idea to trim branches and move any furniture that might be in the way. Some contractors will do this for you, but it’s also your responsibility to create room for the crew to work.

Before beginning your siding installation, the contractors will powerwash all exterior walls. This will remove any dirt and debris that might interfere with the new siding. They’ll also inspect the existing wall for water rot, sheathing damages, and asbestos. Before the project, the contractor will address these issues to ensure the new siding is securely attached and durable.

After the wall is cleaned and prepped, the construction crew will begin stripping the old siding down to your home’s frame. Then, they will install a base layer known as substrate, made of oriented-strand boarding (OSB) and similar to plywood. Next, a weather barrier will be stapled over the substrate to add another layer of protection from moisture for your home’s interior.

If you have bushes or trees near your house, trim them back to minimize the risk of them getting scraped during the process. It’s also a good idea to move any lawn decorations, furniture, or gardening equipment that might be in the path of the construction site. This will make the job more efficient and safer for the crew. The contractor will also remove and dispose of any old debris from the work area, so you won’t have to worry about it being left around your property or driveway.

In the meantime, it’s a good idea to park your vehicles farther away from your house to free up space for the dumpster and for workers to access your vehicle for materials. It’s also a good idea for families with children and pets to stay inside during the installation to avoid disturbing them by commotion.

Once the siding is installed, your contractor will reinstall any shutters and downspouts you removed during prep. They’ll also apply caulking around all edges of the new siding to secure it and help it resist moisture. They’ll use Sherwin Williams Duration caulking, which has a 50-year lifetime and will protect your siding from fading, chipping, or cracking over time.

When installing siding, it is important to have the right materials. The right materials will ensure a durable, long-lasting result. Different types of siding are available, from traditional wood-look products to engineered wood strand materials. Engineered wood strand technology allows these products to retain the look of real wood while being more resilient and long-lasting. These materials are often treated with zinc borate and other chemicals to protect against fungal decay, termites, and moisture.

The siding should be installed over a continuous water-resistive barrier to stop the intrusion of incidental rainfall. Check with your local building code to determine what type of barrier is required in your geographic area. Code-compliant flashing should be integrated with the water-resistive barrier and applied at the intersection of walls and roofing to prevent water infiltration (Fig. 26).

To help prevent water infiltration, it is best to install the trim and flashing before the siding is installed. This helps to give the siding a tighter fit around these areas and reduces the amount of caulk needed afterward.

Before installing the siding, the trim and flashing should be nailed with a trim nailer. The nails used should be finishing nails, not coil nails, as they are smaller and have a smooth head that is less likely to damage the siding. These nails can be purchased from most home improvement stores.

After the trim and flashing are in place, a type of flashing called Z-flashing should be installed above all doors and windows. This flashing is shaped like a long Z and is installed with one edge against the frame of the window or door and the other hanging slightly over the trim to redirect any water behind the rim.

Once the flashing and trim are in place, the substrate can be installed. A popular material for the substrate is oriented-strand boarding, or OSB, which is similar to plywood and provides extra stability for the vinyl siding. Some siding manufacturers also offer an insulated substrate product that can help increase your home’s energy efficiency.

If you are a DIYer or hiring a contractor, gathering materials and tools is one of the first steps. This includes a tape measure, pen/pencil and paper, a ladder, and possibly a rough sketch of the house. Once everything is ready, the siding installation begins. It is a good idea to start with the longest wall on the home’s exterior to get into a rhythm and ensure you are measuring correctly. All houses can be broken down into shapes of triangles and rectangles, which will help with the measurements. It would be best to determine where the soffit will be, as the new siding needs to meet with the house.

Once all the wall areas are measured, you can calculate how many squares of siding you will need for your project. For rectangular walls, you will need to take the area of each wall minus any windows and doors. For roofs, you will need to measure the base and height of each roof. You can also add the area of any garages, sheds, or other triangular structures on your property. It is a good idea to add 10% of the material in case of any waste or errors during the process. This will ensure you have enough materials during the siding installation.

The siding can be placed after the substrate (OSB, plywood, or similar product) is installed, and a weather barrier is stapled. Using a joint tape between the substrate and the weather barrier is important to prevent moisture from entering your home’s frame.

The last step of the siding installation is to nail the pieces together. Several methods can be used, but the most common is to use 3D-painted nails with colored heads that match the color of your siding. This allows for expansion and contraction while still allowing for a tight fit.

At this point, any other elements that need to be reinstalled, such as trim and window and door trim, can be reattached. This can also be a good time to reinstall any shutters. Once everything is in place, the yard will be cleaned, and any old materials removed during the siding installation will be released for recycling.

A proper maintenance plan is the best way to ensure that your siding lasts long. Developing one includes scheduling routine cleaning and inspections, identifying and making necessary repairs, and budgeting for major replacements or repair services. Regular inspections should consist of checking for signs of weather damage, including dents or cracks in the siding, loose boards, and water leaks. If you notice any problems, contact a professional siding contractor immediately to prevent further damage or mold growth.

It is also important to check that your gutters are blockage-free to prevent overflow and flooding of the sheathing, which can promote mold and mildew. It would be best to trim overhanging branches and foliage, as they can scratch or catch on the siding and cause damage. If your siding is exposed to a lot of rain, you should also consider re-nailing loose sheathing or replacing rotting components.

If you have steel siding, regularly inspect it after a storm to ensure that wind or flying debris doesn’t leave marks that could eventually rust. If you spot any scratches, apply a nonabrasive stainless steel scratch remover and scrub with a wire brush. If rust does appear, use a rust-inhibitive primer and paint the affected area (Miceli and Heil).

Once all the sheathing is installed, it’s a good idea to caulk or seal any gaps or seams in your siding to keep moisture out. This will not only prevent moisture penetration and promote a more energy-efficient home, but it will help to maintain the beauty and durability of your new siding.

Sealing any openings around pipes, vents, electrical outlets, and windows is also a good idea. This will help to improve your home’s energy efficiency, prevent moisture infiltration, and reduce air and sound pollution.

Masonry Repair- Everything You Need To Know

Miles Conley General Contractor , , , ,

Masonry repair in Retaining Walls Charleston SC involves replacing or patching original units with cementitious material. It is a crucial part of brick structure upkeep and can prevent damage from water or pests. Signs that masonry needs repair include discolored masonry (indicating moisture absorption), crumbling mortar, and thin cracks. If left untreated, these issues can cause structural integrity problems.

Masonry Repair

Repointing is a masonry repair technique that involves repairing and replacing crumbling mortar joints. A repointing job is often necessary to keep brick structures looking good and prevent water penetration. Water damage can cause extensive and costly structural problems, so repointing is one of the most important maintenance tasks that should be completed frequently.

Masonry structure owners should look for signs that their mortar joists must be repointed, including damp spots and visible cracking or loosening of bricks. Cracked or damaged mortar gives water a path into the brick, where it can lead to serious issues like structural damage and foundational collapse. Repointing can save homeowners the expense of rebuilding a wall or chimney that could have been avoided by repairing the mortar in time.

The mortar joints of a masonry building are what holds the structure together. Over time, weather and father time can cause these mortar joints to deteriorate, which creates voids that allow water to enter and lead to significant damage over time. Repointing helps fix these voids by closing them up with new mortar and ensuring they are sealed properly to prevent future damage.

When a masonry structure needs repointing, it’s important to spread a drop cloth below the area and use a joint raker to scrape away old mortar. After raking, the mason will mix some fresh mortar and apply it to the masonry structure, filling in the cracks and restoring the original mortar joints. The mason will then mist the newly applied mortar to prevent cracks as it dries, which usually takes about four days.

When considering repointing, homeowners should know that the process can be messy. This is because the mason will have to break up and remove a large portion of the existing brick, resulting in dust and debris that may need to be cleaned up before it’s complete. To protect your belongings and reduce the dust that needs to be cleaned up, you should cover any indoor areas that can’t be moved with plastic sheeting. This will also help protect your windows from the dust that can get kicked up due to the repointing process.

Brick is a durable material withstood the test of time and weather. However, even the most sturdy masonry structures can need some maintenance occasionally. Tuckpointing addresses compromised mortar and help protect your brick structure from water damage and structural problems.

Moisture intrusion is a significant problem for brick and stone structures. It can cause mortar joints to break down, which allows moisture and sand to infiltrate and weaken the structure. Over time, this can lead to various issues, including mildew, rot, and mold. Tuckpointing stops this damage by filling broken and deteriorated joints with new mortar, preventing moisture from entering the wall.

Tuckpointing is a detailed process involving grinding down the existing mortar in the joints and replacing it with new mortar. We use a special tuckpointing grinder with a 4-inch sandwich blade to cut through the old mortar, creating an opening for the new mortar. We then fill the voids with new mortar that closely matches the color of the surrounding brick. We then tool the new mortar to create a clean, finished look and stop water from seeping behind the brick walls.

When done correctly, tuckpointing is virtually invisible. We carefully match the color of the mortar to the existing brick, making it nearly impossible to tell where the tuckpointing work has been completed.

Another benefit of tuckpointing is that it saves money on costly repair bills. Water infiltration and rot are major expenses for homeowners, and a business or commercial building may have to close when water leaks into the interior. Tuckpointing can help prevent this by halting the spread of moisture, thereby protecting the brick structure and saving on expensive repairs.

Tuckpointing is most effective when performed early on in the damage progression. This is why it’s important to get a trained mason or construction expert to inspect your brick building before the mortar starts to deteriorate and requires more extensive repair work. If left untreated, a damaged mortar joint can eventually cause structural damage that could affect the entire brick building.

Masonry is a construction method that uses bricks and stones bound together with cement mortar to build structures such as homes, schools, and other buildings. As with all building types, masonry will deteriorate and need repair over time. If problems are addressed early, they can often be prevented from worsening. This is why annual inspections by a professional masonry repair expert are important.

Cracks are a sign of a problem with masonry and can be caused by several factors. They can be caused by excessive moisture, which can weaken the bricks and mortar or result from aging or wear and tear. The precise location of a crack and the other areas it affects will determine the correct course of action.

Brick and stone will naturally deteriorate over time due to weathering, but this can be speeded up by salt or other chemical additives in the soil where the structure is built. Moisture and water movement within and around a brick structure can also lead to expansion and contraction, which causes the mortar to crack. The best way to prevent this is to ensure that a building is properly waterproofed and to have any issues with the foundations of the structure examined by a masonry professional.

A specialized form of repointing can be used to repair cracked bricks. This involves using a special mortar to fill in the cracks and restore the integrity of the brickwork. The repair material will be matched to the surrounding bricks to ensure no discrepancy in appearance.

In some cases, replacing the mortar or even the bricks may be necessary to fix a crack. This can be particularly the case where the break results from a structural issue, such as a failing lintel in a first-floor window opening, which has become damaged due to the weight it is attempting to support.

This type of crack can usually be repaired by a mason who will use specialist masonry repair products to fill in the damage. The damaged surface will then be refaced with specialist masonry repairs to match the existing texture and color of the brickwork.

While regular masonry repair helps to keep a building intact, there is a chance that some bricks will loosen from their anchor points. It is important to address these issues immediately, especially if they occur on steps or walkways. Loose bricks not only look unsightly, but they can be dangerous. Traditionally, masonry experts recommend resetting the loose brick with mortar mix to ensure it stays in place. However, this can be messy and difficult to mix to the correct consistency. As an alternative, clear silicone sealant can be used as a quick fix for this issue.

Masonry experts note this is an ideal option for those who want to avoid the mess and hassle of repointing or remortgaging. However, the method for doing this will vary based on the material and type of brick involved in the project. First, the area must be thoroughly cleaned. This can be done by blowing or sweeping away the brick debris and dust. Once clean, the room should be misted with water to dampen it. This step is crucial, as dry materials can suck moisture out of the new mortar and prevent it from curing properly.

Next, the existing hole must be swept to remove any loose fragments of brick or mortar. The mason should then use a hammer and chisel to remove any flexible material around the loose brick. If the brick is flexible, it may need to be removed and saved for reuse in another area. The mason should then mist the back of the brick and the surrounding area with water to help it adhere to the new mortar.

Once the mortar is mixed to the appropriate consistency, it can be applied to the existing gap. The mason should use the butt of a pointing trowel to “butter” the bottom and both sides of the brick. Once it is in place, the mason should “tool” the mortar to match the existing joint.

This technique is an effective way to make a loose brick into a permanent and sturdy wall member. This is also a good choice for repairing small sections of a brick structure where replacing the entire section would be cost-prohibitive.

Concrete Driveway Repair Facts

Devon Pace Concrete Services , , , , ,

Concrete Contractors Colorado Springs does considerable work to keep driveways in good condition. Stains, cracks, and holes are unsightly and indicate structural damage.

Wide cracks accompanied by sinking may require full slab replacement. Mudjacking is an alternative but it doesn’t address the root cause and is likely to fail.

concrete

If a concrete driveway has wide cracks or large holes, you want to hire a professional to repair these areas. A major crack that is more than a couple of inches wide is an indication of a structural problem that will likely require full slab replacement. Likewise, any crack that is accompanied by sinking or heaving in the rest of the driveway must be replaced.

If you only have a few hairline surface cracks, filling them with concrete caulk is a good short-term solution until the weather warms enough for more permanent repairs. To do this, chisel the crack to make it wider at the top than the bottom, then clean the area and brush on a latex bonding adhesive. Apply the caulk and “feather” it, even with the surrounding surface.

A more long-term fix is to use a product like Quikrete’s Polymer Modified Structural Repair to fill the cracked or crumbling edges of your driveway. This repair material can be sculpted and molded to reform the edge of your driveway, and it is designed to form a strong, durable bond with concrete. The best time to perform a structural repair is in the spring or summer when the weather is warm and dry.

Although some products can reduce random cracking in concrete, the only way to prevent cracks is to correctly design and construct your driveway. That means excavating to the proper depth, using the correct fill and compacting thoroughly, concreting at the appropriate depth with reinforcement, and incorporating expansion joints.

Mudjacking is a popular technique used to address some types of settlement in concrete. Still, it is messy and expensive and requires several days for the material to cure, leaving your driveway unusable during this time. It also doesn’t address the root cause of the settlement, so your driveway will likely sink or crack again over time. For these reasons, it is typically better to do a full replacement when necessary.

Concrete surfaces outside the home can become uneven, especially if a portion of a driveway or patio sinks. That can create tripping hazards that are particularly dangerous for elderly individuals and children who may not be paying attention. It is also unsightly and can make the entire property look unkempt. Luckily, there are several ways to deal with underwater sections in concrete.

One option is removing and replacing the concrete with a new pour. That can be expensive and time-consuming. However, it can produce a beautiful and long-lasting result. It is also important to address the cause of the hollow section to prevent it from recurring. A professional can help you determine what is causing the problem and offer solutions to keep it from happening again.

A common way to repair a sunken section is using a sand-concrete mixture. A hammer or chisel is used to chip away the old concrete and fill the holes with the sand mix. That is a quick fix that will raise the section back up. However, it will leave the surface looking patchy and different from the surrounding concrete.

Another option is to use a polyurethane injection method. That involves drilling holes into the existing concrete and pumping a liquid fill material into the gaps underneath. It can raise concrete and mudjacking, but it is considered a more long-term solution because the rigid expanding foam does not wash or shrink over time.

If you have an older concrete driveway, getting sunken sections repaired as soon as possible is important. That will help to prevent tripping hazards, car problems, and general damage to the surface. By contacting a professional concrete repair company, you can get the help you need to restore your driveway or patio to its former glory. They can advise you on the best repair method based on your unique situation and budget. They will also offer suggestions for keeping your concrete looking good and preventing future damage.

Concrete driveways tend to develop rough surfaces due to settling and the weight of cars on top. At the same time, many options for smoothing these uneven sections require specialized products and are best left to a professional contractor who knows how to use them properly.

Rough, pitted concrete can be repaired by filling the pitted areas with a cement patch mix that includes Portland cement, sand, and a polymer-based bonding agent. Before applying the patch, cleaning out the area to be filled and removing any loose debris is important. The patch should then dry before vehicles are driven over it.

Alternatively, you can pour a new layer of concrete to fill the hollow section. That can be done in a few different ways, including mechanically lifting the slab with some jack system and then refilling it; pumping material under the concrete to lift it and then filling the space underneath to keep the concrete from sinking again; or resurfacing the entire driveway with an overlay.

If you’re dealing with a large amount of uneven concrete, it might be time to replace your driveway. A concrete driveway professional can help you determine the issue’s underlying cause and whether repair or replacement is more appropriate.

Narrow cosmetic cracks less than a quarter inch wide don’t pose a structural threat and can often be repaired with a concrete resurfacing product. Wide, jagged cracks accompanied by heaving or settling indicate a more serious problem that must be addressed by replacing the entire driveway.

Whenever you’re working with concrete, wearing a face mask and nitrile gloves is important. Direct contact with concrete or its repair materials can lead to chemical burns and other serious injuries. Additionally, if you’re using a power tool, always ensure it’s turned off and isn’t running over the area where you’re doing repairs. That will prevent accidental damage to your vehicle or other property while attempting to repair your concrete driveway.

If a driveway needs repair, consider resurfacing the entire surface. Resurfacing involves putting on a new layer of concrete over the top of the existing concrete, and it is usually a better option than simply filling in cracks and patching holes. It can also improve the driveway’s appearance, and there are many different colors and patterns from which to choose.

Before you begin repairing and resurfacing your concrete driveway, it’s important to do a thorough inspection to determine the cause of any problems. That will help you decide whether the repairs are enough or necessary to replace the driveway. The biggest factor in determining this will be the amount of damage to the concrete. If the cracks are widespread and accompanied by spalling or heaving, it is likely time to replace the driveway.

It is also important to note that any crack in the concrete may allow water to get in and cause further damage. That is particularly true in climates where freeze, thaw, and refreeze cycles are common. When water seeps into the concrete and expands, it causes the crack to get bigger and may eventually break the concrete apart.

For small cracks and holes, using a concrete patching compound to fill in the problem areas is a good idea. The compound will seal the cracks and make it more difficult for water to penetrate them. For larger cracks, you can use a concrete patching kit with all the tools and materials needed for the job.

Once the repairs are done, you’ll need to wait a week before driving on the concrete and a month or so before parking anything larger than a small car. That will allow the new concrete to be set before the added pressure is applied. By getting ahead of these issues, you can save yourself from the headaches and expense of a full replacement in the future.

It’s important to understand that although a concrete driveway is a durable and strong material, it will still need regular maintenance. If left unattended, even minor cracks and holes worsen over time. By identifying the signs of needing concrete driveway repair and taking prompt action, you can keep your concrete surface looking good for a long time.