Our concrete services are engineered for stability, poured to code, and finished for longevity. Every job includes site prep, formwork, reinforcement, clean edges, proper drainage, and crack control strategies built in from the start.
Before we set forms or order concrete, we assess your soil’s composition and stability. Hill Country ground can range from expansive clay to solid limestone—each requiring different prep. We grade and compact the site to minimize shifting, settling, and cracking down the line. If needed, we bring in select fill or lime stabilization to ensure a solid subgrade.
Why it matters: Poor compaction is one of the leading causes of concrete failure. We never skip this step.
We build rigid forms using wood or metal to define the slab’s shape, slope, and height. Elevation setting ensures proper drainage away from structures, preventing water pooling or foundation issues. We verify all slope grades (typically 1–2%) for code compliance and long-term performance.
Why it matters: Proper slope prevents water damage. Tight formwork ensures sharp edges, clean lines, and no blowouts during pour.
Not all concrete is created equal. We choose mix designs based on the project’s load-bearing needs, climate, and finish. Typical choices include: • 3,000–5,000 PSI strength mixes • Air-entrained concrete for freeze/thaw resistance • Additives like plasticizers (for workability), accelerants (for cold weather), or fibers (for crack control)
Why it matters: The right mix ensures the slab can handle traffic, weather, and wear for decades.
We reinforce every slab based on its purpose. Structural work like pool cradles or commercial pads require tied rebar grids or #3–#5 bar mats. For residential flatwork, we use welded wire mesh or synthetic fiber reinforcement for added tensile strength and crack resistance.
Why it matters: Concrete is strong in compression but weak in tension—reinforcement keeps it from pulling apart under stress.
We finish each pour with attention to detail—broom, trowel, or salt finish depending on the application. Curing begins immediately after finishing to ensure long-term strength and surface integrity. We use water curing, sealants, or curing blankets based on temperature and weather conditions.
Why it matters: Curing is critical. Improperly cured concrete can lose up to 50% of its potential strength.