When you drive on a smooth, durable road or walk across a well-maintained public square, you are experiencing the strength and longevity of concrete pavement. Far more robust than asphalt, concrete pavement is the material of choice for high-traffic areas, industrial zones, and infrastructure projects that demand decades of performance with minimal maintenance.
For Mattingly Concrete, concrete pavement is a core commercial service. We are committed to Building Beautiful and Lasting Concrete Solutions that form the backbone of commerce and community across Indiana, Ohio, and Kentucky.
Understanding the Types of Concrete Pavement
Concrete pavement is not a monolithic concept; it is a family of engineered solutions, each designed to meet specific load and traffic requirements. The primary types are distinguished by their jointing and reinforcement strategies:
| Pavement Type | Abbreviation | Reinforcement Strategy | Primary Application |
|---|---|---|---|
| Jointed Plain Concrete Pavement | JPCP | Minimal or no steel reinforcement. Cracks are controlled by regularly spaced joints. | Low-to-medium traffic roads, Residential driveways. |
| Jointed Reinforced Concrete Pavement | JRCP | Steel mesh or rebar is used to hold cracks tightly together, allowing for wider joint spacing. | Higher traffic roads, some commercial parking lots. |
| Continuously Reinforced Concrete Pavement | CRCP | Heavy, continuous steel reinforcement (rebar) runs the entire length of the pavement, eliminating transverse joints. | High-volume highways, heavy industrial areas, and major commercial projects. |
Our expertise in new construction allows us to select and execute the precise pavement type required for your project, whether it’s a high-volume industrial lot or a municipal road.
Concrete Construction Method
The longevity of concrete pavement is determined not just by the mix, but by the precision of its installation. Mattingly Concrete adheres to a rigorous construction process that ensures maximum durability:
1. Subgrade and Subbase Preparation
The foundation is everything. We meticulously prepare the subgrade (the native soil) and install a stable subbase (often crushed stone or a lean concrete mix). This layer provides uniform support, prevents pumping (the movement of fine soil particles), and ensures proper drainage.
2. Formwork and Placement
For smaller projects, we use fixed forms. For large-scale concrete pavement projects, we utilize advanced slip-form paving equipment, which allows for continuous, high-speed placement of the concrete.
3. Reinforcement and Jointing
Reinforcement, whether it’s continuous rebar for CRCP or steel mesh for JRCP, is placed precisely to manage tensile stresses. Joints are then cut or formed at exact intervals to control where cracks occur. This is a critical step that prevents random, unsightly cracking and is essential for the integrity of adjacent structures like curbs and commercial sidewalks.
4. Curing and Finishing
Proper curing is vital for achieving the concrete’s full design strength. We apply curing compounds to retain moisture, and the surface is finished with a texture (often a transverse tining or broom finish) to ensure excellent skid resistance and safety for vehicles and pedestrians using nearby ADA ramps.
How to Maintain Concrete Pavement
One of the greatest advantages of concrete pavement is its low maintenance profile. While asphalt requires frequent resurfacing, concrete typically only needs periodic joint sealing and minor repairs.
Routine Maintenance:
- Joint Sealing: The most important maintenance task is keeping the joints sealed. This prevents water and incompressible materials from entering the joint, which can lead to spalling and cracking.
- Crack Repair: Minor cracks should be sealed promptly to prevent water infiltration and subsequent freeze-thaw damage.
Rehabilitation: For older pavements, techniques like diamond grinding can restore a smooth surface, and slab replacement is sometimes necessary. Our remove and replace service is often utilized by municipalities and businesses to restore failing sections of pavement without the need for a full reconstruction.
The Benefits of Concrete Pavement
Choosing concrete pavement is a long-term strategic decision that offers significant economic and environmental benefits over its lifespan.
Economic Benefits:
- Lower Life-Cycle Costs: While the initial cost of concrete may be slightly higher than asphalt, its superior durability and minimal maintenance requirements result in a much lower total cost of ownership over a 30-to-50-year lifespan. This is a crucial factor for Government and large Commercial clients.
- Reduced Downtime: Concrete’s long service life means fewer road closures and less disruption for businesses and commuters, a key advantage over materials that require frequent resurfacing.
Environmental Benefits:
- The “Cool Pavement” Effect: Concrete is lighter in color than asphalt, which means it reflects more solar radiation. This reduces the “heat island” effect in urban areas, leading to lower ambient temperatures and reduced energy consumption for cooling nearby buildings.
- Recyclability: At the end of its service life, concrete can be crushed and recycled as aggregate for new pavement or subbase material, making it a sustainable choice.
Mattingly Concrete: Paving the Way for the Future
Our expertise in concrete pavement is trusted by both private industry and Government agencies across our service area. We understand the stringent specifications and long-term performance demands of public and commercial infrastructure.
From major industrial parks to municipal Residential sidewalks and Steps, Mattingly Concrete delivers engineered solutions that are durable, safe, and cost-effective over their entire lifecycle.
Ready to invest in a pavement solution that will last for decades?
Contact Mattingly Concrete today to discuss your next infrastructure project and learn why concrete is the superior choice.
