Drill Bit GRAPHITE SDS+ 6 mm for Concrete (57H408)

GRAPHITE SDS+ 6 mm drill bit for concrete is designed for drilling precise holes in concrete, brick and other masonry materials. Compatible with SDS+ rotary hammers, this 6 mm diameter bit is intended for impact drilling where hammer action is required. The bit is suitable for creating anchor and dowel holes for installations in construction and renovation projects and for general professional and DIY use.

Advantages

The SDS+ shank ensures quick and secure mounting in compatible rotary hammers, reducing play during operation and improving drilling accuracy. The 6 mm diameter provides a balance between small-hole precision and sufficient removal of material for anchors and fasteners. The bit is engineered for impact drilling in masonry, offering stable cutting performance and consistent hole dimensions when used at recommended speeds and with correct hammer settings.

Suitable for

• Drilling anchor and dowel holes in concrete and brick
• Installing fasteners for fixtures, brackets and electrical boxes
• General renovation and construction work requiring hammer drilling

Key specifications

• Shank type: SDS+
• Drill diameter: 6 mm
• Intended material: concrete, brick, masonry
• Operation: impact (hammer) drilling
• Typical use: anchor and dowel hole preparation

How to use

Fit the SDS+ shank securely into the rotary hammer chuck according to the tool manufacturer's instructions. Select an appropriate hammer drilling mode and speed for concrete or masonry. Mark the drilling position, start drilling with light pressure to establish the hole, then apply steady pressure and let the tool's hammer action do the work. Periodically withdraw the bit to clear dust and debris for cleaner, more accurate holes. Use the correct diameter of anchors or dowels that match the 6 mm hole.

Usage recommendations

Use personal protective equipment such as safety glasses, hearing protection and a dust mask when drilling concrete. For longer holes or harder masonry, use intermittent drilling and clear debris frequently to prevent bit overheating and wear. Match drill speed and hammer settings to the material to maximize bit life and hole quality.