Concrete Repair – What You Need to Know

A professional concrete repair contractor has the expertise and experience to assess the extent of damage and determine the best method of repairs. They can also guide preventative maintenance to help avoid future damage.

Moisture is a common problem that can degrade concrete structures. It can trickle into cracks and voids, weakening the bond with the concrete matrix. Proper curing can reduce moisture loss and promote the longevity of your repairs. Visit to learn more.Concrete Repair

Cracks in concrete should be repaired immediately, especially if they are wide enough to allow water to enter. This will keep the concrete from further deteriorating and will minimize the risk of structural damage to the structure. The first step in repairing concrete is to identify the factors that caused the cracking. This will help determine the type of repair needed and whether or not it is possible to successfully repair the concrete.

Once the cause is determined it is important to clean the cracks, removing all dirt and debris from the area. Using a pressure washer is recommended to ensure a clean surface for the repair material to adhere to. It is also helpful to remove any rust or paint from the concrete surface, especially if it is contaminated with oil or other solvents. In some cases a hammer can be used to chisel out any loose concrete in the crack. It is important to take good notes and photos at this point, and make sure the area is free of any contaminants. Upon completion of the cleaning process, a thin layer of bonding adhesive should be applied to the surface of the concrete.

Generally a latex or polyurethane product will be used to fill the cracks. Some products require a caulking gun while others can be mixed and troweled into the cracks with a putty knife, broad knife or trowel. Once the crack is filled, it should be sanded to smooth the finish and remove any air pockets in the concrete.

Wide cracks should be undercut against the sides of the crack to give it an inverted ‘V’ shape. This helps to promote a stronger mechanical bond between the concrete crack repair material and the existing concrete. It is also a good idea to use a concrete patching compound that contains fibers. This will give the patching material additional strength and flexibility.

Most concrete repair products will not resist the weather elements that caused the cracking, but it is important to look for a product that will at least hold up well in normal conditions. A product that has a high early strength may be desirable, but often the ingredients required to achieve this result can cause shrinkage cracking and shorten the service life of the repair.


Resurfacing is a process of applying a new surface over existing concrete, restoring its strength and appearance. It is ideal for driveways, sidewalks, patios, pool decks, and other outdoor concrete surfaces that have experienced a lot of wear and tear over time. Resurfacing is a cost-effective option when compared to breaking up the old concrete and pouring a new slab, plus it is faster and more environmentally friendly.

Prior to resurfacing, the concrete surface needs to be thoroughly cleaned. This can be done with a wire brush, broom, or power washer, and it is important that the entire concrete area is free from loose and crumbling concrete. Once the surface has been prepared, concrete patching material can be applied to fix any cracks or pits in the concrete. It is best to use a concrete patching product that has been designed specifically for concrete repair, such as Sakrete’s Top ‘n Bond, as these products have excellent adhesion and are formulated to bond well with concrete.

It is also important that the resurfacing concrete is thoroughly hydrated. This can be accomplished by spraying the surface with water before applying the resurfacing material. This will ensure that the new material adheres to the existing concrete properly and prevent any future problems, such as deterioration of the concrete or a loss of the surface finish.

A common mistake made by unexperienced contractors is over-wetting the resurfacing concrete. If too much water is added to the resurfacing concrete, it will lose its ability to adhere to the existing concrete and will begin to break down and peel away from the surface. It is also possible that the resurfacing material will begin to crack or chip if it is applied over an area of very poor concrete.

Resurfacing concrete is not suitable for structural repairs, but it can be used to repair minor cosmetic issues and extend the lifespan of the concrete. Using high-quality materials, professional installation, and routine maintenance can help to keep the resurfaced concrete in good condition for a long time. In addition, a contractor with experience in concrete resurfacing can offer helpful advice and recommendations for the care of the resurfaced concrete.

Structural Repairs

A major structural repair in concrete involves reinforcing steel or other structural materials being placed to strengthen a failing structure. This type of repair is generally carried out in conjunction with a complete condition evaluation of the structure to assess its current state and determine its causes of deterioration or distress. This is accomplished through a combination of visual inspection, destructive and nondestructive testing, review of design and construction documents, and laboratory results from chemical and petrographic analysis of concrete samples.

Once the cause of the damage is determined, it is time to start making repairs. Structural damage can be caused by a number of different factors such as corrosion, spalling, or cracking. The best way to repair a problem like this is to prevent it from happening in the first place. Concrete maintenance programs can help keep structures in good condition and reduce the need for costly repairs or replacements.

It is essential that any concrete repair work is done correctly to ensure a long lasting solution. Choosing the wrong type of repair for a particular problem can cause further damage to the structure and lead to a failed repair. The first step is to make sure that all unsound concrete and contamination is removed from the damaged area. This is followed by a thorough cleaning of the area to create a clean surface for application of the repair material.

The concrete used in a repair should be the same as the original, but it should contain less water. This will help to reduce shrinkage and improve the bond strength with the existing concrete. The new concrete should also be placed as thick as possible. This will help to limit the movement of the reinforcing bar once it is cured and will make it more resistant to cracking.

Once the concrete is mixed and placed, it should be thoroughly consolidated by hand or mechanically compacted. The final step is to skim coat the entire area with Sakrete Top ‘N Bond to smooth the finish and add a uniform appearance. Once this is done the area should be covered with plastic and misted regularly to keep it moist.

Repairing Leaks

Concrete is an extremely durable material that, like most things, shows signs of wear and tear over time. These signs are usually visible as cracks or areas of deterioration in the surface. When these problems are left untreated, they can lead to leaks that can be very destructive to the structure. This is why it is important to have these issues repaired as soon as possible.

One way to do this is to use polyjacking. This method is less expensive than replacement and can be performed in a fraction of the time. This is especially useful if you are looking to fix a large area of damage.

Another way to repair leaks in concrete is to use hydraulic grout. There are a variety of products available, including foams and quick-setting mortars. However, many contractors recommend using a product called Kryton’s Krystol Concrete Leak Sealer. This is a fast-setting, low-shrink, hydraulic cement that uses crystalline technology to react to water ingress and prevent it from passing through the crack.

This method is effective for repairing both active and inactive leaks. To begin the process, you should identify the source of the leak. This can be done by examining the concrete for water stains or damp spots. You can also check the plumbing system to see if any of the pipes have been damaged.

The next step is to clean the concrete and the surrounding area. Make sure to remove any weeds, roots, or other debris from the surface of the concrete. Once the area is clean, you can then prepare it for the hydraulic grout. To do this, you need to dig down to the level of the leaking water. You should then create a chase that is the same length as the cracked area. Then you can fill in the chase with the hydraulic grout.

If you have any questions or concerns about concrete repairs, it’s always best to hire a professional contractor. They have the experience and knowledge to complete the job quickly, efficiently, and safely. In addition, reputable contractors offer warranties and insurance coverage to provide you with peace of mind.

Choosing the Right Contractor for Your Asphalt Paving Project

Asphalt construction requires far less time than other paving materials, reducing the number of orange barrels and road closures. This also cuts down on traffic congestion. Asphalt’s rubbery properties allow it to adjust to weather and season changes. It withstands rutting during the summer and harsh freeze/thaw cycles during the winter.Asphalt Paving

Asphalt paving is not a one-size-fits-all material. Its durability is a function of the mixture, thickness, and compaction, as well as environmental factors such as traffic and weather. It is also influenced by how it is constructed and maintained. Choosing the right contractor for your project is the first step in ensuring long-lasting asphalt. Look for an experienced contractor willing to provide references from previous clients. If you have any concerns, ask for examples of their work to see the quality of their workmanship.

The durability of asphalt pavement is largely affected by air voids, which can be reduced by increasing the density of the mixture. Using a higher density can reduce the number of potholes and extend the life of the pavement. However, achieving high pavement densities requires careful construction and precise testing. AI’s Senior Regional Engineer Dave Johnson has been leading the efforts to educate contractors about this issue.

The base course is a structural layer of the asphalt pavement that distributes traffic and environmental loading. It must be able to resist shear stresses and provide stability, which can be achieved by adequate stone-on-stone contact and stiff, modified binders. It should also show good fatigue resistance.

In addition to the above-mentioned considerations, base course density is important for asphalt paving durability. A higher density allows the mix to better resist shear stress and reduce rutting. It also increases the stiffness of the mixture and improves fatigue resistance.

Another key factor to consider when evaluating the durability of asphalt is its resistance to cracking. A cracking surface can be a sign of poor quality or substandard construction. It can also indicate the need for a repair or replacement of the asphalt. The cracks can also be a safety concern, especially if they are causing damage to cars and pedestrians.

The best way to ensure the durability of your asphalt is to maintain it. Keeping it in good condition by regularly examining and cleaning it can prevent the formation of potholes and other issues. In addition, it is a good idea to have any problems fixed as soon as they appear.


Asphalt pavements are incredibly durable, and they also have the added benefit of being fully recyclable. This is especially important because a lot of the material used to build asphalt roads and driveways comes from natural resources. If you are considering hiring an asphalt contractor, be sure to ask them how they recycle their materials and where they plan on taking their leftovers. If they don’t know, be sure to contact your local solid waste district to see if they have any recycling centers that accept these types of materials. If they don’t, be sure to contact a private company that will take your asphalt waste.

The asphalt that is removed from road surfaces is often recycled into new asphalt pavements, which reduces the need for virgin aggregates and bitumen. This process is known as Recycled Asphalt Pavement (RAP). The asphalt in RAP mixtures contains aged bituminous binder that coats the recycled aggregates, and this coating can be reclaimed and used in other asphalt mixtures. In fact, RAP is the most recycled product in America, and it saves almost 100 million tons of waste each year.

When used correctly, asphalt additives and extenders can greatly improve the performance of recycled asphalt mixtures. These materials can increase the dynamic modulus of the mixtures and allow higher RAP content without sacrificing long-term performance. These additives are also environmentally friendly, and they are often derived from renewable sources, such as used cooking oil or residues from corn stover.

These products can be used to make hot mix asphalt more dense, which increases the longevity of the pavement and decreases its sensitivity to temperature fluctuations. These additives can also be used to reduce the amount of reclaimed bitumen needed, and they can help reduce the need for petroleum-based fuels.

In addition, these additives can increase the durability of asphalt mixtures and help them resist rutting and bleeding. They can also be used to reduce the need for water and admixtures in cold mix asphalt mixes. The most commonly used additives are lime and gypsum, but other ingredients can also be added to reduce the need for petroleum-based admixtures.


Asphalt and pavement are common road construction materials. However, both pose safety risks to workers and the public. Taking the proper precautions is vital to ensuring safe work environments and a smooth road surface. It is also important to keep in mind that both asphalt and pavement are flammable, so the entire worksite must be well-lit and free of any combustible material.

One of the biggest dangers when working with asphalt is thermal exposure. The material is heated to very high temperatures during the paving process and can burn or irritate skin. Additionally, the chemicals in the asphalt can be absorbed into the bloodstream and cause illness and/or injury. To avoid this risk, the crew must wear appropriate protective gear and ensure that it is always in good condition. This includes thermally insulated gloves, an 8 inch minimum-sized face shield, and chemical goggles that fit tightly over the eyes. The crew should never stand near the hopper when asphalt is being discharged and should always stay clear of machinery.

It is also important to ensure that the asphalt is cooled before it is loaded into trucks or used on the road. The temperature of the asphalt should be below 212 degrees Fahrenheit. This will prevent a potential fire hazard and allow the truck to operate safely on the road. The temperature of the asphalt will be affected by weather conditions, so it is important to plan accordingly.

Lastly, asphalt can be a tripping hazard for pedestrians and drivers. It is a good idea to mark any potential hazards on the work site with signs or barriers. Likewise, it is important to clean up any loose debris from the worksite regularly. This can help reduce accidents and injuries for everyone involved.

As with any hazardous materials, training on the chemicals and work procedures associated with asphalt is essential to reducing safety hazards. Workers should be trained on the specific chemicals, their boiling point and flash point, as well as recommended PPE and emergency procedures. Additionally, it is important to make sure that warning signs are posted and that the SDS is readily available.


Asphalt is less expensive than concrete and can be a cost-effective option for large areas. However, it is prone to temperature shifts and requires regular maintenance to keep it from cracking or breaking down. Moreover, it has a lower lifespan than other paving materials and may need to be repaved more frequently. In addition, the production and transportation of asphalt contributes to environmental pollution. Therefore, it is important to choose a sustainable alternative.

The process of installing a new asphalt surface involves 6 steps: demolition and removal of the existing pavement, grading and sloping that helps water to drain away from the asphalt, preparation of the sub base to support the new pavement, adding the binder layer to make it strong and durable, installation of the new asphalt surface, and a final roll to smooth the surface. In addition, many paving contractors offer additional services such as sealing and patching to prolong the life of your asphalt surface.

When selecting a contractor, be sure to check their qualifications. Look for a paving company that has experience and is certified by the state Department of Transportation asphalt training programs or the National Center for Asphalt Technology (NCAT). Also, ask if they are willing to provide references from previous customers. Finally, be sure to get a detailed estimate and warranty before starting the project.

Before the construction starts, the contractor should prepare the site. This includes grading and sloped to drain away from the pavement, placing the base, compacting, and adding the asphalt surface. The contractor must also inspect the sub base to ensure that it is strong enough to hold the asphalt. In addition, the contractor should check for soft or muddy spots and dig them up and fill them with gravel.

When choosing an asphalt mix, you should know that the price of the mix varies depending on how much material is needed for your project. You can cut costs by limiting the amount of virgin asphalt, using reclaimed asphalt pavement (RAP), and adding lower cost additives. You should also consider the climate where you live and what kind of surface you want to create. For example, porous asphalt allows oxygen and water vapor to pass through, which helps natural drainage and can save you money in the long run.

Benefits of Concrete Patios

If you’re looking for a durable and low-maintenance option for your outdoor space, consider installing concrete patios. They provide a variety of benefits and can boost your home’s resale value.Concrete Patios

Unlike wood or pavers, concrete is not susceptible to cracks and doesn’t need frequent sealing or maintenance. Patios are a great way to create a cozy space in your backyard that you can enjoy year-round. They are also a good addition to the overall aesthetic of your home and can increase the value of your property. For professional expertise in concrete patios, you can contact Concrete Companies Cincinnati.

Concrete patios are a popular choice for homeowners because of their durability and low maintenance requirements. They can last for 30 years or more with proper care.

They can be stamped or engraved in a variety of designs and patterns that mimic other paving materials, such as brick, stone, and slate. They can also be stained or dyed to match your home’s exterior or landscape.

It is important to choose a quality contractor when you are planning a concrete patio project. A professional will ensure that the patio is durable and will hold up to heavy traffic. They can also add the decorative treatments that will turn your patio into an inviting space for entertaining.

Another benefit of concrete is that it is one of the most versatile building materials available. It is easy to form into any shape and can be molded into attractive curves.

This versatility makes it easier to accommodate your backyard space constraints. You can build a small or large patio, depending on your needs.

A concrete patio can be used to host outdoor parties, barbecues, and even fire pits. These outdoor areas are also a safe place for kids to play since they won’t be susceptible to injuries from splinters in wood or broken pavers.

Lastly, concrete is one of the most energy-efficient materials available, making it an excellent choice for your next landscaping project. It can help lower your heating and cooling costs, so it is an investment that will pay off in the long run.

Concrete patios are a durable and long-lasting option for outdoor living spaces. They last longer than wood decks and require less maintenance, which means they save homeowners money over time. They are also more environmentally friendly and require less chemical waste during production than lumber.

Concrete is an affordable, versatile material that can be poured into any shape and size. It comes in many colors, styles, and designs that allow you to personalize the look of your patio and create a unique space for you and your family.

Some people opt for exposed aggregate in their patios, which gives it a natural look and feel that complements nature. Others prefer a more modern, industrial, or stark look that works better with a more contemporary home design.

Although concrete patios are more durable than pavers, bricks, or natural stone, they can still crack and chip over time if not properly cared for. However, there are several things you can do to ensure that your concrete stays strong for years to come.

For example, using a sealant to prevent cracks can help prolong its life and keep it looking good. But you should avoid applying deicing salts to concrete, as these can corrode the surface and eliminate its sheen prematurely.

Another great way to preserve your concrete is by installing a drainage system that directs rainwater away from the patio and toward your backyard’s soil. This helps prevent water from pooling up and making your patio slippery.

While both concrete and paver patios are highly durable, it’s important to choose the right one for your needs. If you aren’t sure which patio type is best for your property, talk to an experienced concrete contractor who can guide you in the right direction.