Bollards and Site Concrete for Commercial and Industrial Yards
Bollard footings, light pole bases, equipment pads, dumpster pads and curbed islands poured for Bowie and Cass county commercial and industrial sites.
A bollard is a steel pipe set in a hole and filled with concrete, and the hole is the part that decides whether it stops a truck or leans over after one bump. Diameter, depth, reinforcing and the soil around the footing all count. In the clay of Bowie County, where soil can be soft when wet and hard when dry, a bollard footing needs more thought than it looks like it should.
We pour the concrete that sits around the equipment and the people on a commercial or industrial site: bollard footings, guard posts, light pole bases, sign bases, dumpster pads, fuel island slabs, transformer pads, generator pads, utility vault surrounds, wheel stops, sidewalk edges and small curbed islands. None are glamorous, but every one of them protects something, a building corner, a gas meter, a pedestrian or a piece of equipment.
Small pours are easy to rush. We keep the same standards for a post base as for a warehouse floor, and we say what that means in the footing depth and the cure.
Sites where this concrete shows up
Distribution and warehouse sites need protection at dock doors, overhead door jambs and rack ends. Forklift traffic hits what is in its path, and a set of well-set posts saves a wall. A distribution center may need dozens of footings along truck courts and building faces. Retail and medical sites protect entrances and utility equipment.
Schools and civic buildings use bollards to control vehicle access to plazas and walkways, and the Texarkana downtown plan describes an arts-focused pedestrian promenade where separating cars from people is part of the design. Depot and industrial sites use heavier posts at gates and fuel areas. The Army says Red River Army Depot hosts 16 tenant organizations across more than 1,400 buildings, so gates, guard posts and equipment protection are natural uses for this work. We serve retail centers and industrial owners alike.
Footing depth, soil and what hits it
Bollard design starts with what the post must stop. A decorative post that marks a boundary needs little. A post that must stop a forklift or a pickup needs a deep footing, a steel pipe with thick walls and often a concrete fill. A crash-rated post needs a specific engineered design, with a tested footing size and depth. We build to the engineer or manufacturer's drawing and never guess.
The USDA describes the Billyhaw soil, near the intersection of Highway 8 and I-30 in New Boston, as a very fine clay with very slow permeability, on Red River flood plains. Holes drilled in such clay can fill with water and shrink or swell around the footing. We drill clean holes, remove loose material, place steel and concrete the same day and slope the top so water runs away from the pipe. Utilities complicate it. Before we drill, we locate underground lines, because a bollard installed through a power or gas line is a serious incident.
Items we pour and how
Bollard footings are drilled or formed, filled with concrete and finished with a crowned top. Pipe is set plumb and braced until the concrete sets, then filled with concrete and capped. Light pole bases are larger, with anchor bolts held in a template, a reinforcing cage and a top that is square and level. Equipment pads for generators and transformers need conduit stubs placed before the pour, and dumpster pads need thick, reinforced concrete to handle truck weight.
Concrete curbs and islands direct traffic and protect landscaping. Wheel stops hold cars out of walls. Each item has tolerances, such as pole base height, bolt projection and drainage slope. We coordinate with equipment pads and machine foundations on larger work, and with the parking lot concrete crew so these items fit the layout before paving starts.
Set it, brace it, protect it
Plumb is the first test. A post that leans is visible forever, so we brace each one in two directions and check with a level before the concrete is placed and again after it begins to set. Footings are poured in a single placement, vibrated or rodded to remove air pockets and finished with a slight crown. We do not top off a footing the next day, because the cold joint is a weak spot. The same rule holds for pole bases, where a late top-off leaves a seam right where the base plate bears and the bolts need clean, solid concrete around them.
After the pour, we keep the footing moist and protect it from traffic until it has reached strength. Posts are sleeved or wrapped to keep wet concrete off the finish, and sleeves are removed when the concrete is set. If pipes are to be painted or sleeved, we leave that to the schedule the owner wants. Fire hydrant protection, meter guards and signal pole bases follow the same steps, with their own spacing rules.
Who asks for it
The mix runs from developers building shopping centers to plant owners protecting process equipment. Commercial developers ask for bollards at entrances and utilities, while municipal and public works owners need them at plazas, trailheads and sidewalks. Utility and energy companies protect transformers, meters and pumps.
The work often comes at the end of a project, when someone notices that a corner is not protected or an access point is open. We can add posts to an existing site by drilling a footing through the pavement or the sidewalk, which means sawing the opening cleanly first. If you are planning ahead, adding footings before paving saves money and keeps the pavement intact.
Send the site plan
Show us where posts, pads and bases are needed. We will price the footings, check for utilities and advise on depth and spacing.
Common Questions
How deep should a bollard footing be?
The design decides. Many commercial bollards sit in footings several feet deep, with crash-rated posts going deeper. We follow the drawing or the manufacturer's detail. Soil, load and the vehicles you expect all matter.
Do bollards need steel inside the concrete?
Often the pipe is steel, with a concrete fill and reinforcing in the footing. Some designs add rebar cages. The details come from the engineer or the bollard supplier.
Can bollards be installed in an existing parking lot?
Yes. We saw-cut and remove the pavement, drill the hole, set the post and patch the pavement. We locate utilities first. It is less work if the pavement is not yet poured.
What is the difference between a decorative and a protective bollard?
Decorative bollards mark space and need little footing. Protective bollards stop vehicles and need engineered footings. Say which you need before we price.
Who is responsible for locating underground lines?
The contractor must call the state one-call system and follow up with locating. We do this before drilling, and we expose lines by hand when they are close to a footing.