A manufacturer or distributor choosing an Alvarado site needs three things from concrete: a floor flat enough for its equipment, a truck court that does not rut under trailers and an apron that drains away from the dock. We build all three from the soil report up, and we make the grading, utility and paving decisions that determine whether a heavy pavement is still tight in its tenth year.
According to the Handbook of Texas, U.S. 67, U.S. 81 and I-35W all meet at Alvarado. Fort Worth's center lies about 26 miles to the north, and Dallas is about 39 miles away. That position gives a plant access to both metropolitan areas by interstate, which is why we see manufacturers, fabricators and warehouse users looking at sites here, and why wheel loads are the first thing we ask about.
We schedule, coordinate, supervise and inspect the earthwork, utility, reinforcing and concrete trade partners, keeping the grade, the pavement thickness and the joint plan consistent through the whole package.
Services that make a heavy pavement work
Industrial slabs need support from other services. We pair industrial concrete floors with engineered fill and soil stabilization when the soil needs improving, with storm drain installation to carry water away from aprons and with trench drains at dock faces. All of it is sequenced so the underground work is complete before the first slab is poured.
Equipment pads and machine foundations belong in the same schedule. A press, a fabrication table or a compressor sits on a thickened or isolated slab, and the anchor bolt layout, if any, comes from the equipment maker and must be placed within tolerance before the pour.
Plants, warehouses and the institutions near them
We work with industrial and manufacturing owners on process floors, laydown yards and expansion slabs. A company adding a bay to an existing plant will usually ask for a floor that matches the old one in elevation and a new apron that drains to the same structures, and we survey both before design.
Some owners are also planning a first building on raw land. For them we review utility availability, driveway permits and the sequence of grading, underground work and building pad before talking about the slab, because the order of those steps sets the construction schedule more than the pour itself.
Schools and clinics follow the same pattern as the town grows, and we build their footings, slabs and site work to a different standard: accessible routes, storm shelters and finishes that suit flooring. Many owners in either group hire a general contractor, and we take our scope from that contractor's schedule.
What decides the cost of an industrial slab
The biggest numbers are concrete thickness, reinforcing, subgrade improvement and how much area carries heavy trucks. A 7-inch slab is not the same price as a 9-inch slab over an acre, and the difference widens when steel or fiber is added. We provide alternates so an owner can see what an extra inch of thickness or a stabilized base would cost.
Infrastructure also affects budgets. In 2008 the town secured a $750,000 state agriculture department grant to build infrastructure serving that plant, a reminder that road, water and sewer capacity often determine whether a site is ready. We check capacity and cost of connections early, since they can exceed the slab itself.
A steel fabrication plant and a creek watershed
Sabre Tubular Structures put up a 200,000-square-foot plant in 2007 on a 147-acre site along Alvarado's east side, and it employs over 200 people. A plant of that size is a good picture of the work around it: long bays, crane runways, heavy outdoor storage, truck routes and parking for a full shift. Each of these places a different load on the ground.
Water shapes the sites too. The North Fork of Chambers Creek drains the town, and a small reservoir called Alvarado Park Lake sits on Turkey Creek roughly 3 miles to the southwest. Parcels near a creek may be in a floodplain or have high groundwater, and we review mapping and soil borings before we recommend a floor elevation or a base design.
Floors, courts and aprons in detail
A manufacturing floor is typically placed in long strips, with a flatness target that suits forklifts or automated vehicles. We choose the mix, the joint spacing and the finishing method with the engineer, and we test slab flatness within the specified window after the pour. Dock approaches are cast with the slab or dowelled to it, and pits, levelers and bumpers are placed with embedded steel.
Truck courts use thicker concrete, with joints that match the turning pattern. We keep the slope shallow enough for trailers to park without rolling and steep enough to drain, and we coordinate with the civil engineer on inlets and curbs. Reinforced edges protect the slab where tires track.
Heavy equipment, hot slabs and active plants
Industrial sites mix active plant traffic with construction, so we agree on routes, speed limits and delivery windows with the owner's safety lead. We follow lockout rules near energized equipment and keep a clear zone around pumps, mixers and finishing machines.
Power trowels and large placements bring burns, noise and fatigue. We rotate workers, use hearing protection and keep water and shade nearby. A pre-pour meeting covers the order of the work, the emergency plan and who stops the pour if something goes wrong.
Cranes, lifts and steel erection often share the site with concrete work, so we exchange schedules with those trades daily. A slab that is poured before the crane path is planned can be damaged by outriggers, and we avoid that by marking load limits and keeping the lifting plan on the board.
Send us the Alvarado site plan
Send the site plan, the geotechnical report and the equipment loads for your Alvarado project. We will return a priced scope that separates floors, aprons, earthwork and utilities. We also support projects in Burleson, Cleburne and Mansfield.
Common Questions
How thick should a truck court be?
It depends on trailer weight, turning frequency and the subgrade. Parking areas for loaded trailers are typically thicker than car areas, and turning lanes are thicker still. Your engineer sets the design, and we price each zone separately so you can compare options.
Can an existing floor be extended without a visible joint?
The new slab will always have a joint at the old one, but we can tie it with dowels or tie bars, match the finish and keep the elevations flush. Doing so avoids a trip hazard at the forklift path and limits cracking along the joint.
Does a nearby creek or lake change the foundation design?
It can, if the site is near a floodplain or has high groundwater. We review flood mapping, boring logs and drainage, and the engineer may raise the floor, add drainage or improve the soil. Our estimate shows those items separately.
What is the best time of year to pour a large industrial floor?
Mild weather in spring and fall is easiest, but we place concrete in every season with the right adjustments. Hot weather needs early starts and evaporation control; cold weather needs blankets and heated mixes. We choose the plan that protects the finish.