Industrial Flatwork

Industrial flatwork represents the pinnacle of concrete floor construction, where precision is measured in fractions of an inch over hundreds of feet and flatness tolerances directly impact operational efficiency and safety. We specialize in super-flat industrial floors for warehouses, distribution centers, manufacturing facilities, and automated operations across Denton and North Texas.

Our industrial flatwork services deliver floors engineered and constructed to exacting FF/FL specifications (Floor Flatness and Floor Levelness numbers that quantify surface precision). Modern warehouses with high-reach racking systems, narrow-aisle forklifts, or automated guided vehicles (AGVs) require exceptional floor flatness - deviations of just a few millimeters can cause racking to go out of plumb, forklift instability, or automated vehicle navigation problems.

We utilize laser screed technology that provides real-time elevation control during concrete placement, achieving flatness specifications impossible with traditional screeding methods. Our industrial floor systems include proper subgrade preparation and compaction, engineered aggregate base course, concrete mix designs optimized for minimal shrinkage and maximum strength, steel reinforcement or fiber reinforcement to control cracking, laser-guided screeding for flatness control, power trowel finishing for dense, durable surface, strategic joint placement to minimize joint count while controlling cracking, and post-construction FF/FL testing documentation.

We commonly achieve FF45-55 and FL30-40 for standard high-reach racking, FF55-65 for narrow-aisle applications, and FF65+ for very narrow aisle (VNA) and automated systems.

A 100,000 square foot warehouse floor proceeds through five phases. Phase 1 - Site Prep (3-5 days): Fine grading, proof-rolling subgrade, correcting soft spots, and verification testing.

Phase 2 - Subgrade & Base (1 week): Installing and compacting aggregate base course to 95% density, laser-level verification of elevations, and coordination of embedded items like floor drains or utility penetrations. Phase 3 - Pour & Laser Screed (2-3 days): Concrete placement typically divided into 2-3 pours of 30,000-50,000 SF each, laser screed operation, and initial floating and screeding.

Large floors may require multiple pours on successive days. Phase 4 - Finishing & Joints (2-3 days): Power trowel finishing in multiple passes, sawcutting control joints 12-24 hours after placement, and protection during initial curing.

Phase 5 - Cure & Testing (1-2 weeks): Concrete curing and protection, joint sealing, final cleaning, and FF/FL testing and documentation at 14-28 days. Total timeline: 4-5 weeks from mobilization to certified super-flat floor ready for racking installation.

Accelerated schedules possible using high-early strength concrete. Weather impacts include delays for rain and extra precautions for hot or cold weather pours.

Denton's climate requires careful concrete curing management - summer heat accelerates curing but risks rapid moisture loss requiring fog spraying and immediate curing compound application, while occasional winter cold snaps may require heated enclosures and accelerated concrete mixes. Climate-controlled curing blankets or temporary enclosures help maintain consistent temperature and moisture for optimal results.

Scheduling around North Texas weather patterns is important - avoid monsoon season (May-June) when heavy rains can delay projects, and prefer spring and fall weather windows for large floor pours. We coordinate closely with local concrete suppliers (several quality ready-mix plants in Denton area) to ensure consistent concrete mixes and reliable delivery - a 50,000 SF pour requires 600-800 cubic yards delivered continuously over 8-10 hours.

For occupied facilities, we coordinate timing around operational schedules and coordinate with rack installation contractors on sequencing. The booming e-commerce and logistics market in the DFW area means high demand for super-flat floors, and project scheduling should consider lead times.

Coordination with building mechanical systems is important - many warehouses have radiant heating or under-slab insulation that must be installed before concrete. Local building officials are familiar with industrial floor construction and inspect for proper reinforcement and base preparation.