16mm Reduced Shank Twist Drill Bit, High Speed Steel 4341 with 10mm Shank, Black Nitride & Gold Coated for DIY Drilling Projects

Product Description: Features: Made from High-Speed Steel 4341, this drill bit delivers excellent strength, wear resistance, and reliability for various DIY applications. The dual coating reduces friction and heat buildup, ensuring smooth drilling performance and extended tool life across multiple materials. The reduced shank fits most standard drill chucks, providing a secure grip for stable and precise drilling in both home and professional projects. Perfect for drilling through stainless steel, aluminum, copper, wood, and plastic, making it an ideal choice for diverse DIY and professional tasks. Product Specifications: Material: High Speed Steel Size: Diameter: 16mm/0.63inch; Shank Diameter: 10mm/0.39inch Package contains: 1 x Reduced Shank Twist Drill Bit NOTE: Please allow 1-2mm difference between actual and manual due to manual measurement. The color you actually see may be slightly different due to different displays.

• Package Including: You will receive 1 x Reduced Shank Twist Drill Bit. Diameter: 16mm/0.63inch; Shank Diameter: 10mm/0.39inch; Cutting Length: 75mm/2.95inch; Total Length: 150mm/5.9inch.
• Premium High-Speed Steel 4341: Engineered with premium High-Speed Steel 4341, this reduced shank twist drill bit offers exceptional strength, wear resistance, and extended longevity for demanding DIY projects.
• Black Nitride & Gold Coating: The dual-layer coating enhances heat resistance, minimizes friction, and reduces wear, ensuring smoother drilling and improved efficiency in various materials like metal, wood, and plastic.
• Precision for Multiple Materials: Designed to drill effortlessly through stainless steel, aluminum, copper, wood, and plastic, this bit is perfect for DIY enthusiasts, professionals, and hobbyists alike.
• Accurate and Efficient Drilling: The advanced split point tip design enables precise starts without slipping, ensuring clean and accurate holes while reducing the effort required, even on tough and smooth surfaces.