Meet the Diablo Rebar Demon 3/16 in. x 6 in. Carbide Hammer Drill Bit with SDS-Plus shank — engineered to cut clean, accurate holes in reinforced concrete and masonry, even where rebar is present. This 25-piece carded set is built for pro-level durability on demanding job sites.
Carbide-tipped for exceptional wear resistance, this bit features a 6" overall length and a 4" flute to promote fast chip evacuation and deeper, more consistent holes. The SDS-Plus shank ensures quick, secure engagement with standard hammer drills, letting you move confidently from drilling to anchoring without changing tools.
- 3/16" diameter carbide tip designed to tackle reinforced concrete and masonry with embedded rebar
- 6" overall length with a 4" flute for deep holes and efficient debris removal
- SDS-Plus shank for compatibility with most rotary hammers and hammer drills
- 25-piece carded packaging keeps extras organized and ready on the job
- Brand emphasis: Diablo Rebar Demon — a heavy-duty choice for demanding drilling tasks
Why professionals reach for this bit
When you're anchoring bolts or installing fasteners into concrete that contains rebar, reliability matters. The carbide tip maintains sharper edges longer, reducing bit changes and delivering consistent hole size and cleanliness. The 6" length provides the reach you need in deep channels or thick slabs, while the 4" flute supports steady dust removal to minimize bit binding.
Ideal use cases
- Installing expansion anchors, sleeve anchors, or masonry anchors in reinforced concrete
- Drilling through concrete walls, foundations, and structural slabs in both new construction and retrofit projects
- Applications where small-diameter holes are required in high-strength masonry with embedded rebar
Who should consider this set? Masons, general contractors, repair professionals, and serious DIYers tackling reinforced concrete projects where durability and precise performance matter. Use with a compatible SDS-Plus hammer drill, follow manufacturer speed guidelines, and allow brief cooling intervals to maximize carbide life.
