Metal drill bit set KREATOR HEX HSS 5.0 x 107 mm, 2 pcs

KREATOR HEX HSS metal drill bit set 5.0 x 107 mm, 2 pcs is a compact pair of high-speed steel drills designed for reliable performance when drilling metal and other hard materials. Each bit has a 5.0 mm diameter and a 107 mm overall length, with a hexagonal shank for stable retention in chucks and quick changes in hex-compatible holders. The set is intended for workshop, maintenance and repair environments where repeatable, accurate holes are required.

Advantages

Made from high-speed steel (HSS), these drill bits provide good wear resistance and maintain cutting edge hardness at elevated temperatures. The hex shank design reduces slippage in compatible chucks and allows rapid bit swaps without additional adapters. The 5.0 mm diameter delivers a balance between precision and material removal, and supplying two identical bits ensures a spare is available to minimise downtime.

Suitable for

• Drilling through steel, cast iron and non-ferrous metals
• General workshop and maintenance drilling tasks
• Repair, installation and fabrication work requiring accurate hole diameters
• Use with hand-held drills and quick-change hex chucks

Key specifications

• Material: High-speed steel (HSS)
• Diameter: 5.0 mm
• Overall length: 107 mm
• Shank type: Hexagonal
• Pack quantity: 2 pieces

How to use

Select a drill speed appropriate for the material being cut and secure the KREATOR HEX HSS bit in a compatible hex chuck or quick-change holder. Mark and, if necessary, centre-punch the drilling location to reduce bit wandering. Apply steady, even pressure and coolant or cutting oil when drilling steel or other hard materials to extend bit life and improve hole finish. Withdraw the bit periodically to clear chips, then resume drilling until the required depth is reached.

Usage recommendations

For best results when drilling steel, use moderate speed and light feed with cutting fluid. Replace a worn bit from the set rather than forcing continued use to avoid poor hole quality and increased tool stress.