Rebar 615 Grade 60

Whether your project involves erecting commercial skyscrapers, building resilient bridges (bridge construction rebar), fortifying highways, or constructing industrial facilities, A615 Grade 60 provides the trusted backbone. It is the essential concrete reinforcement material that engineers, architects, and contractors rely on to meet and exceed building codes and safety standards. When you choose our deformed bar, you are not just purchasing steel reinforcement; you are investing in the safety, longevity, and structural soundness of your build. Explore our inventory of certified ASTM A615 Grade 60 rebar today and build with unwavering confidence.

Building upon its foundational strength, Rebar 615 Grade 60 is defined by a precise set of mechanical properties that guarantee performance. Beyond its hallmark 60,000 psi minimum yield strength, this high-strength rebar boasts a tensile strength of approximately 90,000 psi, ensuring a significant margin of safety before failure. Its elongation rating, a key measure of ductility, ensures that the steel will deform visibly under extreme stress, providing crucial warning signs and allowing for controlled failure modes in catastrophic events. This combination makes it an ideal choice for seismic reinforcement in zones prone to earthquakes, as it can absorb and dissipate tremendous energy.

The versatility of ASTM A615 deformed bar is nearly limitless. Its primary function is to carry tensile loads within concrete, which is strong in compression but weak in tension. This makes it indispensable for:

Foundations & Footings: Providing the critical tensile backbone for slabs, base footings, and grade beams, preventing cracking and settling.

Structural Framing: Used in reinforced concrete columns, beams, girders, and shear walls in commercial and industrial buildings, where it resists bending and shear forces.

Infrastructure Projects: The backbone of modern infrastructure, including bridge deck reinforcement, highway overpasses, retaining walls, barrier rails, and tunnel linings.

Pavement & Slabs: Controlling cracking in concrete pavements, airport runways, and industrial warehouse floors subjected to heavy dynamic loads.