Dallas Commercial Concrete Parking Lot Contractors
Below is a recent commercial concrete moving job we handled in the North Frisco area. No job is too big or small for our team!
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 residential concrete walkway and driveway installation |
Do you live in DFW and need professional concrete services? Need full concrete parking lot installation or foundation install work? No matter what your concrete needs are, Clydesdale Construction can help.
We specialize in virtually every application for concrete in both residential and commercial paving construction across North Texas. We offer concrete backyard construction up to large commercial foundations. Give us a call today for a fast, free consultation with our locally-owned company. We look forward to earning your business! |
We were recently featured on the Susie Homemaker Dream Home show on ABC:
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Your contact info is secure and will never be shared with a 3rd party. |
 commercial parking lot concrete laying "Clydesdale Concrete offers over 20 years of experience in parking lots, sidewalks, patios, driveways + moisture control, building pads and more. If you can dream it, we can build it. We specialize in dirt excavation." |
Dallas Parking Lot Repair and Installation Experts Since 2001
We service all of DFW. Cities and specialties include Irving - Richardson - Arlington - Carrollton Patios Arlington - commercial concrete DFW - Grand Prairie - precast concrete - Bedford - resurfacing - Garland and more
Related contractors and friends we've assisted recently in Dallas include: DFW Masters Sprinklers | Red Rock Fence Repair | CWC Carpet Cleaning | Modern Brick Repair | Red Rock Fence Company
Other concrete services offered include acid staining of concrete, walkway construction, residential and commercial, removal and replacement, epoxy floors, stamped concrete and repairs, parking lot construction, foundation laying and paving, overlays, stencils, deep foundations, flat work, exterior work. If you can dream it, we can build it!
Need a grand entrance or a place to soak up the sun during Texas summers? Dirt Solutions is experienced and well equipped to handle the job. Choose from beautiful stamped, decorative concrete for that special touch or the sparkle and texture of exposed aggregate. Custom patios, driveways, walkways, pool decks and porches designed to add functionality and beauty to your home or commercial space at a price you can afford.
Concrete foundation info: By far, the most common type of material that is used for foundation work in all types of construction is concrete. Concrete resists decay, moisture and corrosion from acids. Concrete not only has a great compressive strength, but it is also easy to handle in form to fit the specific needs of the construction project. It is commonly used in the construction of homes, dams, bridges, roads and tunnels.
For concrete to be properly placed, a form must be built. The location of this form is very important. Once the concrete is poured, it is not possible to move the footing without breaking the concrete and destroying the foundation of the bathroom or kitchen.
Depending on the size of your remodeling or construction project, concrete may be mixed near the side and hauled in dump trucks. This is common in projects such as road and sidewalk construction. When it comes to repairing concrete surfaces, such as driveways or basement floors, this is mostly a matter of selecting the best repair product for the job, preparing the repair area properly, then applying the products as directed. Concrete cracks that are 1/8 in. wide or narrower can often be filled with concrete and mortar caulk applied with a caulk gun, then smoothed with a putty knife.
Concrete caulks are elastomeric (flexible) when dry, so they'll resist minor movement. However, if the crack continues to open up due to faulty construction, caulks should be considered a temporary fix only. Most caulks must be applied to a clean, dry surface and aren't recommended in areas where water pooling occurs, or for sub-grade applications.
A variety of patching products are available for repairing large cracks and holes of various sizes. Depending on the brand, the bonding agent used may be latex, vinyl, or epoxy. Remember, when repairing a concrete driveway crack, use a hammer and cold chisel to widen and deepen the crack, removing any loose or crumbling concrete. With most patching materials, it helps to undercut the edges slightly to help key the patching material into the crack. Some newer products don't require undercutting. Wear heavy gloves and safety goggles to protect yourself from flying chips. No matter what your needs are, we can assist with all many of new concrete application anywhere in DFW and North Texas. Some site content courtesy of BKR Pros. Some content by Zip Code SEO.
The concrete paving process involves several critical steps to ensure the durability and aesthetics of the surface. First, careful planning and site preparation are essential. This includes assessing the area to determine the design and dimensions of the paving, followed by clearing the site of debris, vegetation, and existing pavement. Proper drainage is also a key consideration; ensuring that the surface is graded correctly prevents water from pooling and reduces the risk of structural damage over time.
Once the site is prepared, the next step is to construct a sturdy base. A layer of compacted gravel or stone is often laid down, providing stability and support for the concrete. After the base is established, forms are set up to hold the wet concrete in place during the curing process. These forms are typically made from wood or metal and are carefully leveled to ensure an even surface.
The actual pouring of concrete is a pivotal moment in the paving process. Once mixed, the concrete is poured into the prepared forms, ensuring that it is evenly distributed. Workers then use tools like screeds to level the surface and trowels to smooth it out, preparing it for finishing touches. After the concrete has been poured, it is essential to keep it moist to allow for proper curing, which significantly affects its strength and longevity. Curing takes anywhere from a few days to several weeks, depending on environmental conditions.
Finally, once the concrete has cured, it is time for finishing treatments, which may include the application of sealants or surface textures. This not only enhances the visual appeal but also protects the concrete from weathering and wear. By following these meticulous steps, the concrete paving process results in a resilient and long-lasting surface suited for various applications, from driveways and sidewalks to more extensive infrastructure projects.
Concrete and foundation articles: Concrete foundation info | Form work | Placing concrete | Building with precast
Learn More About Concrete Paving
Concrete paving is a widely used construction method for creating durable, long-lasting surfaces for roads, driveways, sidewalks, patios, and other outdoor areas. Its popularity stems from its strength, versatility, and relatively low maintenance requirements compared to other paving materials like asphalt or natural stone. This document explores the essential aspects of concrete paving including materials, methods, benefits, and maintenance considerations.
What is Concrete Paving?
Concrete paving refers to the process of laying a pavement made primarily of concrete, a composite material composed of cement, water, aggregates (such as sand, gravel, or crushed stone), and sometimes admixtures that improve performance. Once properly mixed, poured, and cured, concrete forms a rigid, solid surface ideal for supporting heavy loads and resisting environmental wear and tear.
Materials Used in Concrete Paving
The key materials involved in concrete paving include:
Cement: Usually Portland cement, which acts as the binding agent.
Aggregates: Fine aggregates like sand and coarse aggregates such as gravel or crushed stone provide strength and bulk.
Water: Reacts chemically with cement (hydration) to bind all components together.
Admixtures: Chemicals added to modify properties like setting time, workability, and durability. These include plasticizers, accelerants, retarders, and air entrainers.
Reinforcement: Steel rebars or mesh can be added to increase tensile strength, especially for heavy load applications.
Types of Concrete Paving
Concrete paving can be classified based on the surface finish and application method:
Plain Concrete Pavement: Simple, flat concrete slabs poured in place or precast. Often used in sidewalks and low-traffic areas.
Reinforced Concrete Pavement: Contains steel reinforcements to improve strength and crack resistance, common in highways and commercial pavement.
Stamped or Textured Concrete: Decorative concrete surfaces that mimic stone, brick, tile, or other patterns, used in patios and driveways.
Exposed Aggregate Concrete: The surface layer of cement is washed away to reveal the underlying aggregates, providing a textured, slip-resistant finish.
Precast Concrete Pavers: Manufactured offline and installed like bricks or tiles, allowing for quick installation and easy replacement.
Steps in the Concrete Paving Process
Constructing a concrete pavement involves several key steps:
Site Preparation: The area is cleared, leveled, and excavated to the desired depth.
Subgrade Preparation: The soil foundation is compacted and sometimes stabilized to prevent shifting and settling.
Base Installation: A layer of gravel or crushed stone is laid to provide drainage and distribute loads evenly.
Formwork Setup: Temporary wooden or metal forms are installed to shape the edges of the pavement and contain the concrete.
Reinforcement Placement: If required, steel reinforcement is arranged within the forms.
Concrete Mixing and Pouring: The concrete is mixed according to the specified ratio and poured into the forms.
Compacting and Finishing: Concrete is leveled and compacted to remove air pockets, then finished by smoothing or applying texture.
Curing: Concrete must be kept moist for several days to achieve maximum strength and durability.
Joint Installation: Control joints are cut or formed to control cracking caused by shrinkage and temperature changes.
Advantages of Concrete Paving
Concrete paving offers several benefits that make it a preferred choice in many projects:
Durability and Strength: Concrete surfaces can withstand heavy traffic loads and adverse weather conditions.
Longevity: Properly installed concrete pavements can last 30-40 years or more before major repairs are needed.
Low Maintenance: Requires less frequent resurfacing compared to asphalt and is resistant to oil/spill damage.
Energy Efficiency: Concrete reflects more sunlight, reducing urban heat island effects and cooling costs.
Design Flexibility: Various surface finishes, colors, and textures allow for aesthetic customization.
Environmental Benefits: Concrete is composed of natural materials and can be recycled.
Common Challenges and Solutions
Despite its advantages, concrete paving can face challenges including cracking, spalling, and surface discoloration. These issues usually arise from poor installation, inadequate curing, or environmental stresses. To mitigate these:
Control Joints: Proper placement of joints helps minimize uncontrolled cracks.
Use of Admixtures: Air-entraining agents and fibers can improve freeze-thaw resistance and reduce cracking.
Quality Control: Proper mixing ratios, placement techniques, and curing methods ensure optimal concrete performance.
Sealants: Applying sealants after curing protects the surface from stains, moisture infiltration, and abrasion.
Maintenance of Concrete Pavements
Maintaining concrete pavements prolongs their service life and preserves appearance.
Regular Cleaning: Removing dirt, debris, and stains with appropriate cleaners prevents surface deterioration.
Inspection: Routine checks to identify early cracks, spalling, or joint damage.
Crack Repair: Filling small cracks with sealants or repair mortars prevents water infiltration and further damage.
Resealing: Periodic application of sealants maintains surface protection.
Address Drainage Issues: Ensuring proper drainage prevents water ponding and subgrade weakening.
