Stonecrest Concrete is a trusted concrete contractor in Stonecrest, GA with over 20 years of experience delivering foundations, slabs on grade, driveway installation & repair, patios, retaining walls and stamped and decorative concrete, along with large-scale commercial concrete build-outs, reinforced structural systems and engineered footings for high-load demands.
We provide complete site preparation services—including grading, compaction and base installation—to ensure every project starts on a stable foundation and performs over time. From residential concrete construction to complex commercial developments, our work is designed for durability, precision and long-term value.
Backed by high-PSI mixes, precision grading, proper reinforcement and drainage integration, our approach is built on thorough site evaluation, load analysis and strict code compliance, allowing us to deliver concrete systems that resist cracking, shifting and water-related damage while performing reliably under real-world conditions.
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of concrete experience serving Stonecrest, GA and DeKalb County.
projects built with commercial-grade materials and engineered reinforcement.
expected lifespan of properly installed concrete surfaces.
on-site evaluations from a local Stonecrest contractor.
Our 6-Step Concrete Installation Process
Unlike standard contractors, every project is approached with:
• Load capacity analysis based on real usage conditions
• Material selection tailored to climate and soil behavior
• Commercial-grade installation standards applied to residential work
• On-site evaluations before every project to assess soil, drainage, and access conditions
Residential and Commercial Roofing FAQs
Most residential driveways use 3,500 PSI concrete, while heavier-load areas, structural slabs, and commercial applications may require 4,000–5,000+ PSI concrete depending on load demands, soil conditions, and reinforcement requirements.
Base preparation prevents shifting, cracking, and settlement. Proper excavation, grading, and compacted aggregate create a stable foundation that supports the concrete slab over time.
Rebar is stronger and better suited for foundations, footings, retaining walls, and structural slabs. Wire mesh is commonly used for lighter applications such as patios, walkways, and some residential slabs.
Concrete can crack because of shrinkage, soil movement, poor base preparation, improper curing, missing control joints, or inadequate drainage. Proper reinforcement and joint placement help control where cracking occurs.
Control joints guide natural concrete cracking into planned lines. This helps reduce random cracking and keeps the surface more stable and visually consistent.
Poor drainage allows water to collect under or around concrete, weakening the base and increasing the risk of settlement, cracking, and surface deterioration. Slope design and runoff control help protect the slab.
Fiber-reinforced concrete helps reduce shrinkage cracking and improve surface durability. It is commonly used in slabs-on-grade, driveways, patios, and other flatwork applications.
Concrete usually reaches initial set within 24–48 hours, but full curing and strength development typically takes about 28 days. Proper curing helps improve strength, durability, and crack resistance.