Drill Bit Art-Pol SDS+ 16 mm AR48366 for Concrete

Art-Pol SDS+ 16 mm AR48366 drill bit is designed for rotary hammers and SDS+ compatible rotary drills to create holes in concrete and masonry. The 16 mm diameter is suitable for standard anchor and through holes. The SDS+ shank ensures quick insertion and firm engagement with the chuck, enabling efficient hammer drilling and stable torque transfer during repetitive drilling tasks.

Advantages

The drill bit combines a purpose-built tip geometry and hardened body to maintain cutting performance when used in concrete and masonry. SDS+ compatibility reduces tool downtime by enabling fast bit changes and reliable axial alignment during hammer action. Its 16 mm diameter offers a balance between hole size and drilling speed for common fixing and installation tasks.

Подходит для

• Сверление отверстий в армированном и неармированном бетоне
• Монтаж анкеров и дюбелей в кирпичной кладке
• Пропилы и сквозные отверстия для проводки и труб
• Подготовительные работы при ремонте и строительстве

Key specifications

• Diameter: 16 mm
• Shank type: SDS+ compatible
• Intended material: concrete and masonry
• Use mode: rotary hammer / hammer drilling
• Typical application: anchor holes and through holes

How to use

Install the bit into the SDS+ chuck until it locks into place, then select the hammer drilling mode on the tool. Start drilling at low speed to position the tip, then increase pressure and maintain steady feed without excessive force. Periodically withdraw the bit to clear dust and debris from the hole, which helps maintain drilling efficiency and prevents overheating. For deeper holes, drill in stages and clear cuttings frequently.

Usage recommendations

Use appropriate personal protective equipment such as safety glasses, hearing protection and dust mask when drilling into concrete. Match drill speed and feed pressure to material hardness and tool manufacturer guidelines. Ensure the rotary hammer is rated for SDS+ accessories and suitable for the chosen hole diameter.