Concrete Paving for Roads, Aprons and Heavy Traffic

Concrete pavement spreads wheel loads over a wide area of soil, and that single property explains why owners with heavy, repeated traffic choose it. A truck lane at an agricultural processing plant, an intersection that takes turning buses or an apron that carries aircraft tugs will rut and shove under flexible pavement but hold its shape in rigid concrete, provided the subgrade is uniform and the joints are cut correctly.

Concrete Contractors of Abilene builds concrete pavements for streets, intersections, truck routes, loading areas, storage yards and aviation-related surfaces across the Big Country. Paving crews of ours place and finish the slabs, and trade partners we coordinate handle subgrade preparation, base material, utilities and testing, so the owner receives a pavement built to the engineer's section. We stay on the job from subgrade acceptance to joint sealing, which means one foreman can tell the owner exactly what is under any slab in the project.

Paving work in this region has a rhythm of its own. Public owners advertise projects in cycles, bidders have to price subgrade conditions they cannot see until excavation begins and the weather swings from near freezing mornings to triple digit afternoons within a single season. We plan paving around those realities and write the assumptions into the proposal so everyone starts from the same understanding. If the excavation turns up soft clay or a buried obstruction, the agreed unit price for over-excavation and replacement is already on the table, and nobody has to negotiate in the middle of a pour week.

Planning around weather and traffic

Paving schedules depend on subgrade readiness, the permitted work windows and the batch plant's capacity. A large pour needs a steady stream of trucks, so we meet with the ready-mix supplier to confirm production rates and truck spacing. For street work we coordinate detours and access for adjacent properties well ahead of the first form.

Summer concrete requires cooling and fast curing, while cool season concrete requires protection from low temperatures. We watch the forecast closely and pour in the best part of the day, and if wind and heat combine in a way that threatens the surface, we hold the pour. A postponed day costs less than a pavement with early cracking. We also keep a cure plan on site that lists wet burlap, curing compound rates and cover materials, so the crew does not improvise when conditions turn.

Subgrade, forms, steel and finish

Pavement quality begins below the slab. We confirm that the subgrade has been compacted and tested to the specified density, and that the base is trimmed to grade. Forms or a slipform paver follow, depending on the project, and dowels and tie bars are placed to the drawing. Dowel baskets are checked for alignment before the concrete arrives.

After placement, the surface is textured to the specification, with a broom or tined finish for traction, and joints are sawn at the right time. Curing compound is applied right away, and the pavement is protected until it reaches strength. Joint sealing follows, and we conduct a final walk with the owner's inspector to record any area that needs attention. Punch items are corrected quickly, because a pavement left with a bad joint over a long weekend will chip at the edge before the owner ever sees it.

Specifications, testing and acceptance

Concrete pavement specifications cover mix strength (often flexural as well as compressive), air content, slump, thickness, reinforcement, joint spacing and smoothness. Public owners may require a quality control plan and independent testing at specified frequencies. We read these requirements at bid time and price accordingly.

Thickness checks, cores and smoothness measurements can be part of acceptance. We keep our own records of pour dates, weather, truck tickets and curing, and these form part of the closeout binder that the owner uses to verify the pavement matches the design. Where federal or state aid funds apply, there may be additional reporting we also handle. Smoothness and thickness are checked against the plans before we ask for final payment, not after.

Roads, runways and plants in the Big Country

The concrete trade partners mobilize to wherever the pavement is. Runway 17L/35R at Abilene Regional Airport is 7,198 feet long and 150 feet wide, and the airport's second parallel asphalt runway is about the same size, an indication of how large airfield work gets around here. Our Abilene Regional Airport area page describes how we plan around access and security requirements near an airfield.

In Gorman, State Highway 6 and Farm Road 8 meet in southeastern Eastland County, and the community hosts peanut industry organizations such as the Texas Peanut Producers Board and the Southwest Peanut Growers' Association, with a shelling plant that drew attention for efficiency by 1986. Processing plants of this type run heavy trucks through truck courts and approaches, which makes concrete pavement attractive. Those same plants usually need a washdown-friendly surface near the receiving doors, so we often combine the truck lane with a heavier apron slab at the building face. See our Gorman area page.

Decisions that affect the pavement

Early decisions shape long-term performance. These include thickness, joint layout, base type, drainage, edge restraint and whether the pavement will be loaded early. Breckenridge, the Stephens County seat where U.S. Highways 180 and 183 meet, is one of the county seats where street budgets and long service life have to be weighed against each other.

We help owners compare concrete with asphalt on a life-cycle basis and lay out the maintenance each requires, from joint resealing in concrete to crack sealing and overlays in asphalt, so the owner sees the whole picture before choosing. Related guidance appears in our work on parking lot concrete, truck courts and dock aprons and curb and gutter. Agricultural buyers can read more under agriculture and dairy, and cities under municipal and public works.

Bring us the pavement section

If you hold a pavement design or plan set for a project in the Big Country, send it to our estimating desk. We will review the section, joint layout and testing requirements, ask questions about the subgrade and propose a sequence that fits the traffic.

Common Questions

When is concrete better than asphalt?

Concrete suits heavy, channelized or standing loads, where it resists rutting and requires less frequent maintenance. Asphalt may suit light traffic and lower first cost. We present both on a life-cycle basis.

How thick is typical concrete pavement?

Residential streets may be five or six inches, collector streets and truck lanes seven to nine or more. Traffic demands and ground conditions inform the engineer's thickness design, which governs our placement.

How long before traffic can use the pavement?

Light traffic can often use it after several days, and heavy loads after the concrete has reached design strength. The inspector decides, based on break results and the schedule.

Do you use dowels and tie bars?

Yes where specified. Dowels allow joints to transfer load while moving, and tie bars hold adjacent lanes together. We set them accurately and verify alignment before the pour.

Can you pave while traffic stays open?

Often in phases. We stage half-width pours, temporary connections and detour routes and coordinate with the owner and emergency services in advance.