Drill Bit AWTools SDS‑Max 32×600×740 mm for SDS‑Max Rotary Hammers

AWTools SDS‑Max 32×600×740 mm drill bit is engineered for use with SDS‑Max rotary hammers to create 32 mm diameter holes in concrete, masonry and natural stone. The tool combines a 600 mm working length with a 740 mm overall length and an extended shank compatible with SDS‑Max chucks, allowing deep bore applications while maintaining efficient dust evacuation and reliable bit retention during rotary and hammer drilling modes.

Advantages

The solid carbide tip and reinforced flute geometry provide high wear resistance and stable cutting performance when drilling abrasive materials. The extended shank and long working length reduce the need for extensions or multiple passes, improving jobsite productivity for deep-drilling tasks. Compatibility with SDS‑Max rotary hammers ensures quick mounting and secure retention under heavy impact loads.

Suitable for

• Drilling 32 mm diameter holes in concrete and reinforced concrete
• Creating passages for anchors, pipes and electrical conduit
• Masonry and natural stone drilling on construction sites
• Installation tasks requiring deep boreholes without frequent bit changes

Key specifications

• Diameter: 32 mm
• Working length (effective drilling depth): 600 mm
• Overall length: 740 mm
• Shank type: SDS‑Max compatible
• Tip material: solid carbide cutting head
• Flute design: helical flutes for dust removal during hammer drilling

How to use

Install the bit into the SDS‑Max chuck according to the rotary hammer manufacturer's instructions, ensuring it clicks and locks securely. Select the combined rotary and hammer mode for concrete and masonry; use rotary-only for softer stone or finishing passes. Apply steady axial pressure without forcing the tool, allow the hammer to do the work, and periodically withdraw the bit to clear debris and improve drilling speed. Use appropriate personal protective equipment and dust extraction where required.

Usage recommendations

For prolonged life of the drill bit, avoid excessive lateral forces and overheating. When drilling reinforced concrete, proceed slowly through rebar and consider repositioning or using a rebar-cutting tool if large-diameter rebar is encountered. Employ dust extraction or wet drilling methods when applicable to reduce airborne particles and extend tool lifespan.