Our Specialties Menu
Concrete Patios : Concrete Driveway : Concrete Resurfacing : Poured Concrete : Concrete Driveway Repair :
Concrete Crack Repair : Concrete Replacement : Concrete Parks : Concrete Barns & Buildings
Concrete Crack Repair : Concrete Replacement : Concrete Parks : Concrete Barns & Buildings
Concrete Contractor Macon, GA
Needing concrete repair, maintenance or replacement?
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Concrete Resources |
Concrete Driveway Installation
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Concrete Patio Installation
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Concrete Resurfacing
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Concrete in a nutshell:
Concrete is considered as the foundation of world’s infrastructure because of its durability and versatility which you can use in many ways. Malls, bridges, churches, houses, roads, railways and tall buildings are all built with concrete together with the other materials. Concrete has high compressive strength and are reinforced with lower tensile strength materials like steel to keep it in touch and strong. Concrete has lower heat conductivity and can last longer than steel in fire conditions. Concrete is easy to maintain and can withstand natural calamities making it long lasting.
Neglecting any required maintenance is one of the many concrete problems a homeowner will experience. Any future concrete repair will cost more out of the pocket. Maintenance is important and there's always a need to check cracks on your concrete surfaces. Always know the life of your concrete. Always check pathways driveway or patio for any signs of deterioration. In any location including Macon, GA cracks, splits, damage are common occurrence. SCP is and without any doubt is the company for concrete repair in Macon GA
Homeowners need to think how to extend or prolong the life of their driveway concrete and patio surfaces. In many cases, Southern Concrete Professionals is the ideal Macon GA concrete repair contractor of choice. They will work to extend the life of your concrete surfaces. When comparing us with the other contractors in the area, we are the premier Macon concrete repair company in town.
Concrete is considered as the foundation of world’s infrastructure because of its durability and versatility which you can use in many ways. Malls, bridges, churches, houses, roads, railways and tall buildings are all built with concrete together with the other materials. Concrete has high compressive strength and are reinforced with lower tensile strength materials like steel to keep it in touch and strong. Concrete has lower heat conductivity and can last longer than steel in fire conditions. Concrete is easy to maintain and can withstand natural calamities making it long lasting.
Neglecting any required maintenance is one of the many concrete problems a homeowner will experience. Any future concrete repair will cost more out of the pocket. Maintenance is important and there's always a need to check cracks on your concrete surfaces. Always know the life of your concrete. Always check pathways driveway or patio for any signs of deterioration. In any location including Macon, GA cracks, splits, damage are common occurrence. SCP is and without any doubt is the company for concrete repair in Macon GA
Homeowners need to think how to extend or prolong the life of their driveway concrete and patio surfaces. In many cases, Southern Concrete Professionals is the ideal Macon GA concrete repair contractor of choice. They will work to extend the life of your concrete surfaces. When comparing us with the other contractors in the area, we are the premier Macon concrete repair company in town.
What's provided?
Quality of work
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Workmanship
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Years of experience
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Southern Concrete Professionals is one of the best Macon concrete companies in Macon Georgia having a range of experience granting excellent customer service. All professional concrete works are a variety of services from concrete driveway resurfacing, concrete patios, driveway replacements and repairs. Homeowners and clients are provided with quality commercial and residential experiences. As field experts, exerting best efforts and providing quality results are the main goals and focus.
Macon Concrete Services have worked specializing in concrete materials. SCP is equipped with the tools and machinery needed to complete jobs in a timely manner. With the combined years of experience, any concrete jobs come natural. Skilled workers exhibit focus and determination to work harder and smarter which enables them to provide the highest quality work with emphasis on structural standards in mind at all times.
For more information, please call: (478) 205-6923 or send an email to: southernconcretepros@gmail.com
Macon Concrete Services have worked specializing in concrete materials. SCP is equipped with the tools and machinery needed to complete jobs in a timely manner. With the combined years of experience, any concrete jobs come natural. Skilled workers exhibit focus and determination to work harder and smarter which enables them to provide the highest quality work with emphasis on structural standards in mind at all times.
For more information, please call: (478) 205-6923 or send an email to: southernconcretepros@gmail.com
What causes concrete cracks and splits
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CONCRETE SHRINKAGE Concrete shrinks. It's part of the process. When concrete shrinks, it causes the cracking that we see on our concrete driveway and patio |
CONCRETE SCALING It starts at the surface. When you live in an area with extreme heat and freezing temperature. A poorly finished concrete will have this scaling characteristic. |
OVERLOADING Concrete cracks when there's an excessive weight put on top of the concrete. Even if concrete is considered to be strong, it still has limits on weight it can take. |
It's time to change your concrete driveway when you see:
The average life of a concrete driveway is around 30 years. There are many factors that will affect the life of your concrete driveway and concrete patio. To mention a few, they are: concrete mixture when it was poured, the maintenance you do, cold and freezing temperature and lastly the quality of work performed during the installation.
SUNKEN CONCRETE
When you see a sunken concrete, it's automatically a bad thing. There's no beauty on sunken concrete. In most cases, this is due to draining issues. It is important that rain water needs to be diverted away from the house. Any water settling will cause concrete to sink.
POTHOLES or PITTING
If you do you have heavy trucks parked on the driveway, this is one of the major causes of concrete having potholes or pitting. When there are cracks, water will settle and that will be the start of your concrete deteriorating faster than the aging process. When water gets absorbed, it weakens the foundation beneath the concrete. For assistance, search online for concrete contractors near me and you will find us and other contractors of your choice.
DEEP AND WIDE CRACKS
Deep and wide cracks are few of the signs that tell us that it's about time to replace your concrete driveway. We can tell that damage has been done and repairing it will be fruitless. At the end it will be the concrete professionals or the contractor that can give the last advice. For advice and help, search online for concrete companies near me and look for our name.
Look for Southern Concrete Professionals for all your concrete removal services need.
When you are ready for a concrete driveway replacement, concrete driveway repair, concrete patio installation and concrete patio repair, team from Southern Concrete Professionals will be waiting to handle the project. They will be the dedicated and preferred driveway and patio specialists contractor in Macon GA.
The average life of a concrete driveway is around 30 years. There are many factors that will affect the life of your concrete driveway and concrete patio. To mention a few, they are: concrete mixture when it was poured, the maintenance you do, cold and freezing temperature and lastly the quality of work performed during the installation.
SUNKEN CONCRETE
When you see a sunken concrete, it's automatically a bad thing. There's no beauty on sunken concrete. In most cases, this is due to draining issues. It is important that rain water needs to be diverted away from the house. Any water settling will cause concrete to sink.
POTHOLES or PITTING
If you do you have heavy trucks parked on the driveway, this is one of the major causes of concrete having potholes or pitting. When there are cracks, water will settle and that will be the start of your concrete deteriorating faster than the aging process. When water gets absorbed, it weakens the foundation beneath the concrete. For assistance, search online for concrete contractors near me and you will find us and other contractors of your choice.
DEEP AND WIDE CRACKS
Deep and wide cracks are few of the signs that tell us that it's about time to replace your concrete driveway. We can tell that damage has been done and repairing it will be fruitless. At the end it will be the concrete professionals or the contractor that can give the last advice. For advice and help, search online for concrete companies near me and look for our name.
Look for Southern Concrete Professionals for all your concrete removal services need.
When you are ready for a concrete driveway replacement, concrete driveway repair, concrete patio installation and concrete patio repair, team from Southern Concrete Professionals will be waiting to handle the project. They will be the dedicated and preferred driveway and patio specialists contractor in Macon GA.
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Concrete Resurfacing Cost Estimate: It is expected that the cost for concrete resurfacing is around $10 per square foot. A resurfacing project for a 500 square foot space may cost around $2000 to $5000. This pricing is based on when you're hiring a professional concrete contractor to do the job. If the area space to be resurfaced is small such as a residential place, there may be a minimum cost requirement around $700. After resurfacing concrete, it must be preserved with a good quality concrete sealer which you can purchase from the big box stores. Cost for this sealer may cost around $70 and this will preserve the quality of the concrete. It will keep away moisture, prevent stains, and scratches. Sealed concrete surfaces are easy to clean. |
Concrete Driveway Cost: A standard concrete install will cost an average of $6 per square foot. This is based on a 48 x 15 square foot driveway. Although concrete is priced higher than asphalt, be assured that concrete at the end involves less maintenance due to its strong material composition. As previously stated, concrete can last up to 30 years and that's way better than having an asphalt. A good concrete mix needs to be 5000 lbs per square inch. This will be the responsibility of the concrete contractor to make sure this is done correctly. A rebar is also important and it is a required material for any concrete driveway project. This will strengthen your concrete and make it last for a while. |
Frequently Asked Questions:
What is a concrete driveway repair?
Dependent upon the condition of your driveway, a concrete driveway repair can fall into four categories. If your driveway is cracked or has potholes then it can be repaired by having these cracks and potholes filled. If your driveway has deteriorated beyond the odd crack or pothole then it can be repaired with a complete resurface. If your driveway is starting to sink in places then a method of 'slab jacking' can level the sinking driveway to its former glory. If your driveway is in good shape structurally but requires a cosmetic update it can be repaired by recolouring it and/or engraving patterns into the concrete to mask minor cracks etc.
How much does a sunken driveway repair cost?
A sunken driveway repair can cost anywhere from between $250 to $1000 dependent on whether you wish to carry out the resurface yourself or via a private company. As always if you carry out the repair yourself you will be paying for just the cost of the raw materials and tools whereas if you pay for a professional private company you will be paying for both the cost of the raw materials and tools and all labour costs. It is worth mentioning that 'slabjacking' or the raising of a sunken driveway by inserting a mix of sand, cement and fly ash under any sunken slabs, can be costly if you do not know what you are doing. If in doubt always consult a professional.
How can I maintain a concrete driveway?
You can maintain a concrete driveway by ensuring that it has adequate drainage. Most cases of concrete driveway damage are as a result of insufficient drainage that allows water to run underneath the driveway where it will start to erode the foundation of the driveway and any membrane. Another tip is to ensure that the driveway is regularly weeded as weeds can start to infiltrate and eventually crack the surface of the driveway. Furthermore any time that you see a crack or hole developing in the surface of the driveway, it is important that you deal with it before it develops into a more expensive problem.
How can I repair concrete driveway potholes?
You can repair concrete driveway potholes by filling them with a concrete or a cold asphalt mix. Simply mix up your concrete or asphalt and with the use of a trowel ensure that you fill the hole with as much concrete or asphalt as possible before compacting it to ensure a strong bond with the surrounding driveway. As a short term fix you can even use gravel. Once again it is advisable that if you are unsure about how to repair any aspect of your driveway such as potholes, that you seek professional advice.
How can I raise a sunken concrete sidewalk?
To raise a sunken concrete sidewalk drill a couple of holes, no smaller than two inches in diameter, and inject through the holes a slurry mixture of water, cement and sand. Ensure that the pressure is high enough so that the mixture will force the sunken sidewalk to rise. If you are able to access the edge of the sunken sidewalk, you can alternatively dig out the earth from beneath the sunken sidewalk, install a jack to hold the sidewalk in place, before filling the cavity you have just made with the same slurry mixture. Once the slurry mixture has hardened the raised sidewalk should be safe to bear weight.
HOW DO YOU REPAIR DAMAGED CONCRETE?
There are many options in today's market on how to repair damaged concrete. Manufacturers manufacture a variety of materials: cement-based, acrylic-modified, epoxy and other chemicals, all of which may be confusing.
The first step in choosing a repair mortar is to assess the structural soundness of the concrete parent. Replacement rather than repair may be more cost-effective in the long-term repairing of concrete that is fragile, soundless or badly broken. If you are going to go ahead with the repair, you need to determine the cause of the concrete distress and the continuous use of the concrete.
If the quality and integrity of the parent concrete has not been damaged, it is easy to select the mortar and application form for repair. When a visual examination indicates severe distress, such as significant cracking in structural elements or any distress that may impact the integrity of the structure and beyond your knowledge, it is best to engage the assistance of experts. A qualified consultant or engineering firm may be needed for a thorough assessment involving testing.
Find a few more questions before needing more skills. Does the service climate lead to this? Is there an area inside or outside? Is freezing and thawing going to happen? What kind of traffic loads does the parent concrete have to deal with? Is the region subject to excessive heat or cold, such as near or in ovens or freezers? Is the material going to be in contact with chemicals, such as deicing salts? Is the time to fix sensitive? Is the area to be used during the repair process? Are there clear times for the repair to be carried out? Those questions and others will assist in the selection of a mortar for repairs.
Preparation of the ground is critical to the success of the repair process. During the site condition survey, the tools and equipment needed to properly prepare the area should be determined. Factors to be considered in the selection process include the type of repair required, i.e. cracks, partial depth or full depth; the size of the repair; the condition of the concrete; and the amount and quantity of pollutants on the concrete. In addition, methods and equipment should be selected to comply with any environmental or time-sensitive conditions on the job site. Can water, chemicals or dusty abrasive be used? Notice that more than one form of preparation and/or cleaning method may be needed to properly prepare the concrete for repair.
CHOOSE THE REPAIR MORTAR
The feasibility of the commodity is an important consideration. Repair mortars are designed to be threaded, pourable, pumpable, spray applied, flowable or self-leveling.
Flowable mortars work well in relatively flat horizontal applications. Spray applied mortars are best suited for large-volume applications requiring vertical and overhead positioning. Trowel or hand-packed mounted mortars may be designed for vertical, horizontal or overhead applications. Usually vertical and overhead folded mortars are designed to perform well during deployment. Trowel applied horizontal repair mortars would usually produce slightly larger sands to provide improved abrasion resistance. Shape and pour mortars are usually designed to include aggregates for more volume repairs. They are also pumpable for faster positioning.
The time and pace set for the production of strength is also an important factor. How long will the area have to be re-opened for traffic? Repairing a bridge deck on a busy highway would require a rapid-setting mortar with a high early production of power, while repairing a residential sidewalk would not, in most cases, take place.
Certain important considerations for the physical properties of the repair mortar include freeze / thaw resistance for areas subject to repeated freezing and thawing and coefficient of thermal expansion, for repairs subject to changes in temperature. The quality is supposed to be identical to that of the concrete being replaced.
In structural cases, the modulus of elasticity or rigidity of the material influences the transfer of the load. The different materials deform less under the given load than the lower modulus materials. Structural repairs allow that the modulus of elasticity be close to that of the concrete base, while the lower modulus can be used for nonstructural repairs. Low shrinkage compensation is desirable in the material to reduce cracking after placement, especially in large-volume repair applications. Bond strength, permeability, water vapor delivery, sulphate resistance, abrasion resistance, tensile strength and flexural strength may also be considerations when selecting a mortar repair.
PREPARE THE SURFACE
Sometimes, even more than the chosen repair mortar, proper surface preparation may be the single key factor in the success of the repair facility. The unsound concrete has to be replaced.
Simple configurations are best when preparing the field, preferably with square cut corners for load transfer. Evitate corners inside. The uniform depth of the region to be remedied is also desirable. Avoid feather edges, particularly on any surface that will have traffic.
In general, cracks in concrete show movement. Filling a fluid or shifting crack with a rigid repair mortar will only lead to a reconstruction of the field. To order to manage cracking, the movement must be halted or relieved by a contact joint. Cracks can be welded together with an epoxy; however, failure to stop movement or mount control joints will also cause cracks to reappear. Thorough understanding of the process can lead to the best concrete crack repair that will last for a long time and take away the headache that comes with it.
INSTALLATION
Most of the concrete repair materials allow the base to be SSD (Surface Saturated Dry). Before the cement-based repair mortar is mounted, the ground should be saturated with water. Nevertheless, the puddling or standing water must be removed in order to maintain the material-water-cement ratio intact.
The positioning of a bond coat is another factor. In the saturated area, just before the final placement, place a small amount of mixed mortar in the area and scrub it well with a stiff brush in the field. Do not add extra water or liquid to this scrub coat, as this raises the water-to-cement ratio, producing a thin bond line when patched.
While the scrub coat is still wet, mount the repair mortar. Consult the product data sheet for correct mixing instructions and installation specifications, as well as any specific application guidelines, finishing techniques or curing procedures.
The first step in choosing a repair mortar is to assess the structural soundness of the concrete parent. Replacement rather than repair may be more cost-effective in the long-term repairing of concrete that is fragile, soundless or badly broken. If you are going to go ahead with the repair, you need to determine the cause of the concrete distress and the continuous use of the concrete.
If the quality and integrity of the parent concrete has not been damaged, it is easy to select the mortar and application form for repair. When a visual examination indicates severe distress, such as significant cracking in structural elements or any distress that may impact the integrity of the structure and beyond your knowledge, it is best to engage the assistance of experts. A qualified consultant or engineering firm may be needed for a thorough assessment involving testing.
Find a few more questions before needing more skills. Does the service climate lead to this? Is there an area inside or outside? Is freezing and thawing going to happen? What kind of traffic loads does the parent concrete have to deal with? Is the region subject to excessive heat or cold, such as near or in ovens or freezers? Is the material going to be in contact with chemicals, such as deicing salts? Is the time to fix sensitive? Is the area to be used during the repair process? Are there clear times for the repair to be carried out? Those questions and others will assist in the selection of a mortar for repairs.
Preparation of the ground is critical to the success of the repair process. During the site condition survey, the tools and equipment needed to properly prepare the area should be determined. Factors to be considered in the selection process include the type of repair required, i.e. cracks, partial depth or full depth; the size of the repair; the condition of the concrete; and the amount and quantity of pollutants on the concrete. In addition, methods and equipment should be selected to comply with any environmental or time-sensitive conditions on the job site. Can water, chemicals or dusty abrasive be used? Notice that more than one form of preparation and/or cleaning method may be needed to properly prepare the concrete for repair.
CHOOSE THE REPAIR MORTAR
The feasibility of the commodity is an important consideration. Repair mortars are designed to be threaded, pourable, pumpable, spray applied, flowable or self-leveling.
Flowable mortars work well in relatively flat horizontal applications. Spray applied mortars are best suited for large-volume applications requiring vertical and overhead positioning. Trowel or hand-packed mounted mortars may be designed for vertical, horizontal or overhead applications. Usually vertical and overhead folded mortars are designed to perform well during deployment. Trowel applied horizontal repair mortars would usually produce slightly larger sands to provide improved abrasion resistance. Shape and pour mortars are usually designed to include aggregates for more volume repairs. They are also pumpable for faster positioning.
The time and pace set for the production of strength is also an important factor. How long will the area have to be re-opened for traffic? Repairing a bridge deck on a busy highway would require a rapid-setting mortar with a high early production of power, while repairing a residential sidewalk would not, in most cases, take place.
Certain important considerations for the physical properties of the repair mortar include freeze / thaw resistance for areas subject to repeated freezing and thawing and coefficient of thermal expansion, for repairs subject to changes in temperature. The quality is supposed to be identical to that of the concrete being replaced.
In structural cases, the modulus of elasticity or rigidity of the material influences the transfer of the load. The different materials deform less under the given load than the lower modulus materials. Structural repairs allow that the modulus of elasticity be close to that of the concrete base, while the lower modulus can be used for nonstructural repairs. Low shrinkage compensation is desirable in the material to reduce cracking after placement, especially in large-volume repair applications. Bond strength, permeability, water vapor delivery, sulphate resistance, abrasion resistance, tensile strength and flexural strength may also be considerations when selecting a mortar repair.
PREPARE THE SURFACE
Sometimes, even more than the chosen repair mortar, proper surface preparation may be the single key factor in the success of the repair facility. The unsound concrete has to be replaced.
Simple configurations are best when preparing the field, preferably with square cut corners for load transfer. Evitate corners inside. The uniform depth of the region to be remedied is also desirable. Avoid feather edges, particularly on any surface that will have traffic.
In general, cracks in concrete show movement. Filling a fluid or shifting crack with a rigid repair mortar will only lead to a reconstruction of the field. To order to manage cracking, the movement must be halted or relieved by a contact joint. Cracks can be welded together with an epoxy; however, failure to stop movement or mount control joints will also cause cracks to reappear. Thorough understanding of the process can lead to the best concrete crack repair that will last for a long time and take away the headache that comes with it.
INSTALLATION
Most of the concrete repair materials allow the base to be SSD (Surface Saturated Dry). Before the cement-based repair mortar is mounted, the ground should be saturated with water. Nevertheless, the puddling or standing water must be removed in order to maintain the material-water-cement ratio intact.
The positioning of a bond coat is another factor. In the saturated area, just before the final placement, place a small amount of mixed mortar in the area and scrub it well with a stiff brush in the field. Do not add extra water or liquid to this scrub coat, as this raises the water-to-cement ratio, producing a thin bond line when patched.
While the scrub coat is still wet, mount the repair mortar. Consult the product data sheet for correct mixing instructions and installation specifications, as well as any specific application guidelines, finishing techniques or curing procedures.
Our specialty in concrete services:
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