Drill Bit STANLEY HSS-R 14 mm for Metal, 13 mm Shank

STANLEY HSS-R 14 mm drill bit for metal with a 13 mm shank is designed for creating straight, precise holes in steel and other metals. Made from high-speed steel (HSS-R), this drill bit offers hardness and wear resistance suitable for workshop and maintenance tasks where reliable metal drilling is required. The 14 mm cutting diameter provides a common size for metal fabrication, repair work, and component installation, while the 13 mm shank fits chucks and holders that accept this diameter.

Advantages

The HSS-R material provides a balance of toughness and hardness, improving life expectancy when drilling through ferrous and non-ferrous metals. The 13 mm shank ensures secure clamping in compatible drill chucks and reduces runout for straighter holes. The standard 14 mm cutting diameter allows compatibility with common fasteners and fittings used in metalwork. The bit’s geometry is optimised for chip evacuation and consistent hole quality under normal workshop speeds.

Suitable for

• Drilling holes in steel, iron and other metals
• Workshop and maintenance drilling tasks
• Metal fabrication, repair and installation work
• Use with hand-held or bench drills that accept a 13 mm shank

Key specifications

• Material: High-speed steel (HSS-R)
• Cutting diameter: 14 mm
• Shank diameter: 13 mm
• Intended use: Metal drilling

How to use

Secure the 13 mm shank firmly in a compatible drill chuck. Select appropriate drilling speed for the metal being worked—lower speeds for harder steels and higher speeds for softer metals—and use cutting fluid or lubricant to reduce heat and improve chip removal. Start with a pilot mark or centre punch to prevent walking, apply steady pressure, and withdraw periodically to clear chips. After drilling, deburr the hole as needed to ensure clean edges.

Usage recommendations

Use appropriate personal protective equipment, such as safety glasses and gloves, and ensure the workpiece is securely clamped before drilling. For prolonged drilling or harder materials, apply cutting fluid and avoid excessive feed pressure to preserve bit life.