Drill bit Art-Pol AR48325 SDS+ 25 mm for concrete

Art-Pol AR48325 SDS+ 25 mm for concrete is an SDS+ shank drill bit designed for drilling clean holes in concrete and other masonry. Built for use with SDS+ rotary hammers, this 25 mm diameter bit provides controlled removal of material for creating anchor and dowel holes, as well as openings for pipes and conduits. The bit is intended for both professional construction work and serious DIY projects where a rotary hammer is used for concrete drilling.

Advantages

The SDS+ connection ensures secure seating in compatible rotary hammers and quick bit changes without additional tools. The 25 mm diameter offers a balance between hole size and drilling speed for common anchoring and installation tasks. The tip geometry and flute design are optimized to evacuate dust and debris efficiently, reducing friction and helping maintain steady drilling progress in dense concrete.

Suitable for

• Drilling anchor and dowel holes in concrete and masonry
• Making openings for pipes, conduits and cable routes
• Preparation of mounting points for structural and non-structural fixtures

Key specifications

• Shank type: SDS+
• Diameter: 25 mm
• Primary material compatibility: concrete and masonry
• Intended tool type: rotary hammer with SDS+ chuck

How to use

Secure the drill bit in the SDS+ chuck of a compatible rotary hammer according to the tool manufacturer's instructions. Mark the drilling location and, when appropriate, start at low speed to establish the position, then apply steady pressure and use the hammer function for efficient penetration. Periodically withdraw the bit to clear accumulated dust and verify hole depth. Use appropriate personal protective equipment such as eye protection, hearing protection and dust mask when drilling into concrete.

Usage recommendations

For best results, select an SDS+ rotary hammer with sufficient impact energy for 25 mm drilling in concrete, avoid excessive sideways pressure that can damage the bit, and use progressive drilling with periodic dust extraction when possible to extend bit life.