Slab-on-grade construction provides cost-effective foundation systems for commercial buildings, warehouses, and industrial facilities across Dallas-Fort Worth. Property owners and developers choose slab-on-grade for its construction efficiency, structural simplicity, and performance when properly designed for site conditions.
Our approach integrates site preparation, moisture protection, and engineered reinforcement to deliver slab-on-grade systems that perform in North Texas soil conditions. Proper base preparation and vapor barriers are critical - we compact granular base materials and install vapor retarders that prevent moisture migration from soil.
For expansive clay soils common in Dallas-Fort Worth, slab-on-grade design must accommodate soil movement. Post-tension reinforcement provides superior performance compared to conventional reinforcement, actively compressing the slab to resist cracking from soil moisture changes.
Thermal mass and energy efficiency make slab-on-grade attractive for commercial buildings. The concrete mass provides thermal stability while eliminating crawl space or basement construction costs. For climate-controlled facilities, insulation under slabs improves energy performance.
Property owners and developers work directly with our construction teams who coordinate complete slab-on-grade packages including site work, utility rough-ins, slab construction, and building inspection requirements. One contract delivers your foundation system ready for vertical construction.
Why property owners choose us
- Monolithic pour combining footings and slab for faster construction and superior structural integrity
- Vapor barrier and insulation integration for energy efficiency and moisture control
- Post-tension or conventional reinforcement options based on soil conditions and building loads
Project capabilities
We deliver complete slab-on-grade solutions including site preparation, base material compaction, vapor barrier installation, reinforcement placement, and precision concrete placement. Our teams coordinate with building contractors, MEP trades for embedded conduits and sleeves, and building inspectors throughout the process. We utilize laser screeds for large areas to achieve superior flatness specifications.
What's included
- Site grading and preparation
- Granular base installation and compaction
- Vapor barrier installation
- Reinforcement placement (conventional or PT)
- Utility penetration coordination
- Edge thickening and trenching
- Concrete placement and finishing
- Joint sawing and sealing
- Curing and protection
- Inspection coordination
- Complete slab documentation
Common project scenarios
- Warehouse developer constructing slab-on-grade for distribution facility
- Retail building owner installing slab foundation for anchor tenant buildout
- Industrial facility adding slab-on-grade for manufacturing space expansion
- Office developer constructing slab foundation for tilt-up building
Frequently Asked Questions
- Is slab-on-grade appropriate for Dallas-Fort Worth soil conditions?
- Yes, when properly designed for local expansive clay soils. Post-tension reinforcement, proper moisture barriers, and adequate base preparation enable successful slab-on-grade construction. Your structural engineer designs the system for site-specific soil conditions.
- What vapor barrier do you install under slabs?
- We install 15-mil vapor retarders under all slab-on-grade construction, with seams overlapped and sealed per code requirements. For moisture-sensitive facilities, we can install thicker barriers or multi-layer systems as specified.
- Can utility rough-ins be coordinated with slab construction?
- Yes, we coordinate with MEP contractors to install plumbing, electrical, and mechanical rough-ins before slab placement. All penetrations and sleeves are properly located and verified before concrete pour.
- How soon can construction proceed after slab placement?
- Light construction traffic can access slabs 3-7 days after placement. Full loading should wait for adequate strength development (typically 7-14 days minimum). We coordinate curing and protection to support your construction schedule.