Warehouse slabs, tilt-up wall panels, retail pads, parking structures. We scale the same care we take on a 2,000 sqft driveway across a 120,000 sqft floor — and we self-perform with our own pump and laser screed, so your schedule isn't hostage to a third party.
A warehouse floor isn't a surface, it's a machine that forklifts and racking depend on. If it's out of flatness, the lift wobbles at height, the racking leans, and a multi-million-dollar fit-out gets written up from day one. We pour floors that the equipment — and the inspector — sign off on.
We hit FF 50+ / FL 30+ on superflat racked warehouse with laser-screed placement, diamond-pattern saw-cut joints, dowel baskets at construction joints, and joint filler returned on schedule once the slab has taken its shrinkage. Standard commercial flatwork runs FF 35 — we spec to the use.
Tilt-up panel fabrication on site: bond-break on the casting slab, panel forms set, reinforcement and embeds tied per the engineer, concrete placed and finished, then the cured panels craned into position. We coordinate the full sequence with your GC, erector, and structural engineer so the lift day goes clean.
We self-perform with our own laser screed, ride-on trowels, and pump, so a commercial floor pour isn't waiting on a rented machine and a stranger's crew. We integrate into the GC's schedule, hit the flatness numbers in writing, and come back to fill the joints when the slab is ready — the punch-list items that separate a floor that passes from one that gets argued over.
A superflat distribution-center slab off Charlotte Pike, a tilt-up shell in Murfreesboro, and a retail pad package in Mt. Juliet.
Ranges below cover most commercial work. Structural decks, panels, and superflat floors are built to the engineered and flatness specs exactly.
| Slab size range | 5,000 – 120,000 sqft per phase Self-performed placement |
|---|---|
| Flatness spec | FF 35 standard · FF 50+ superflat · FL 30+ defined-traffic |
| Mix design | 4,000–5,000 psi Mid-range water reducer · fiber or macro-synthetic as specified |
| Jointing | Saw-cut diamond pattern · dowel baskets at construction joints · filler on schedule |
| Tilt-up panels | Up to 50' tall · 9.25"–12" thick reinforced Site-cast · crane-erected |
| Reinforcement | Rebar mat, WWR, or fiber per structural set · embeds & weld plates tied in |
| Delivery | Owned laser screed, ride-on trowels & pump · GC schedule integration |
Four steps for a commercial floor. Tilt-up adds a casting-and-erection sequence; the placement discipline is the same on both.
Subgrade proof-rolled and certified, sub-base placed and compacted, vapor retarder laid where specified — the foundation for flatness.
Rebar mat or WWR placed on the right supports, dowel baskets set at joints, embeds and weld plates tied per the structural set.
Concrete placed and struck with the laser screed, then ride-on troweled to the specified flatness. Crew and pump sized to the daily yardage.
Joints saw-cut on time in the diamond pattern, slab cured, and joint filler installed on a return visit once shrinkage is complete.
Six common commercial scopes across the Nashville and Murfreesboro growth corridors. We self-perform the placement on all of them.
Large-format laser-screeded slabs for distribution centers and warehouses, racked and forklift-rated.
Most commonTilt-up wall panels cast on the floor slab and craned into position for industrial and retail shells.
Site-castBuilding pads, aprons, sidewalks, and dumpster enclosures for retail, QSR, and mixed-use.
SiteworkStructural parking decks, ramps, and at-grade lots with proper drainage and jointing.
StructuralDock pits, leveler pads, and truck ramps built for repeated heavy axle loading.
Heavy loadFF 50+ high-bay floors for wire-guided and very-narrow-aisle racking systems.
FF 50+What general contractors and developers ask us most on a commercial concrete scope.
Standard commercial slabs run FF 35, which suits most retail and light industrial. For racked warehouse and defined-traffic aisles we laser-screed to FF 50+/FL 30+ and we put the numbers in the contract — measured per ASTM E1155, not estimated.
We self-perform commercial placement with our own laser screed, ride-on trowels, and concrete pump. That's the difference between a floor pour that hits its window and one that waits on a rented machine and an unfamiliar crew.
Yes — we cast panels on site on a bond-broken slab, tie the reinforcement and embeds to the engineer's drawings, finish them, and coordinate the crane erection with your steel and erector. We run the full sequence into the GC schedule.
Saw-cut diamond-pattern control joints cut on time, dowel baskets at construction joints to transfer load without curling, and a return visit to install semi-rigid joint filler once the slab has taken its drying shrinkage — so the joints don't spall under traffic.
That's the point of self-performing. We size crew, pump, and screed to the daily yardage, sequence pours around the steel and roof, and integrate into the CM schedule. Large floors get poured in planned phases, not improvised.