Drill bit Proline Rotary SDS+ 10 x 350 mm for concrete and masonry

Rotary SDS+ drill bit Proline 10 x 350 mm for concrete and masonry, designed for industrial and professional use. It is intended for drilling in concrete, granite and other natural stones. The special-shaped carbide tip increases service life, provides high drilling efficiency and centered drilling accuracy while reducing load. The double flute design ensures fast dust removal. Compatible with rotary hammers that accept SDS+ shanks. Size: 10 x 350 mm.

Advantages

The Proline SDS+ 10 x 350 mm drill bit features a shaped carbide insert for extended durability, optimized geometry for efficient material removal and a double helix for rapid debris evacuation. The SDS+ shank ensures secure retention in compatible hammer drills and supports precise, centered holes with reduced operator effort.

Suitable for

• Drilling holes in concrete for anchors and dowels
• Working with granite and other natural stone
• Professional construction and industrial drilling tasks

Key specifications

• Brand: Proline
• Model / MPN: 5910356
• EAN: 5903755910356
• Type: Rotary SDS+ drill bit
• Intended materials: Concrete, granite, natural stone
• Tip: Carbide insert (special shape)
• Shank: SDS+
• Dimensions: 10 x 350 mm

How to use

Mount the drill bit into an SDS+ compatible rotary hammer according to the tool manufacturer's instructions. Mark the drilling point and use appropriate drilling speed and feed pressure for the chosen material. Periodically withdraw the bit to clear dust and prevent overheating. For deeper holes, withdraw the bit more frequently to remove debris through the double flute.

Usage recommendations

Use appropriate personal protective equipment (safety glasses, hearing protection and dust mask) and follow the rotary hammer manufacturer's guidelines. For best results in very hard stone such as granite, start at low speed to locate the point, then increase power while maintaining steady pressure. Replace the bit when cutting performance or centering precision declines.