GC Service Brief
Industrial floor reinforcement systems provide the structural capacity that heavy manufacturing, high-density warehousing, and specialized processing operations demand. These systems include conventional rebar reinforcement, fiber reinforcement, post-tensioning, and hybrid approaches selected based on loading requirements, joint spacing goals, and operational needs. Proper reinforcement selection and placement determines whether industrial floors will perform reliably or develop the cracks and joint failures that disrupt operations.
Conventional rebar reinforcement uses steel bars placed in grid patterns within the concrete slab. Bar size, spacing, and placement depth are specified by structural engineers based on loading requirements and slab thickness. Proper installation requires accurate bar placement, adequate cover, and secure positioning during concrete placement. We verify reinforcement installation before concrete placement and document as-built conditions.
Fiber reinforcement uses steel or synthetic fibers distributed throughout the concrete mix to control plastic shrinkage cracking and provide post-crack load capacity. Fiber reinforcement may supplement or partially replace conventional rebar in appropriate applications. Fiber dosage rates and types are selected based on floor requirements and concrete mix compatibility.
Post-tensioned floor systems use high-strength steel tendons stressed after concrete placement to create compressive stress in the slab. This approach allows longer joint spacing, thinner slab sections, and improved crack control. Post-tensioning requires specialized equipment and crews trained in stressing operations. We coordinate post-tensioning work with specialized subcontractors experienced in industrial floor applications.
As a general contractor, we deliver complete industrial floor systems including reinforcement, concrete placement, and finishing. We work with structural engineers to implement appropriate reinforcement systems for each application.