Milwaukee®

Milwaukee® Thunderbolt® 48-89-2208 Jobber Length Drill Bit, 11/64 in Drill - Fraction, 0.1719 in Drill - Decimal Inch, 135 deg Point, Steel, Titanium Coated

48-89-2208 MFG #: 48-89-2208
$5.00 / EA
Non-Stock Item
  • Applicable Materials: Ferrous Metal, Non-Ferrous Metal, Plastic and Wood
  • Country of Origin: CN
  • Cutting Depth: 2-1/8 in
  • Cutting Edge Material: Steel
  • Drill Diameter Measurement System: Imperial
  • Drill Size - Decimal Inch: 0.1719 in
  • Drill Size - Fraction: 11/64 in
  • Finish: Titanium Coated
  • Flute Length: 2-1/8 in
  • Flute Type: Parabolic
  • Manufacturer Name: Milwaukee Tool
  • Material: Steel
  • Overall Length: 3-1/4 in
  • Point Angle: 135 deg
  • Point Type: Split
  • Shank Size: 3/8 in
  • Shank Type: Round
Milwaukee® Thunderbolt® titanium coated drill bits are designed for extreme durability and up to 3X longer life. The thunderbolt web features a thicker core than a standard drill bit to provide ultimate strength and protect against side-load breakage. The titanium coating reduces heat build-up and keeps the bit sharp to extend performance. A specially designed parabolic flute form clears chips and debris fast to keep the bit cool. The 135 deg split point tip delivers a precision start and prevents walking for fast, accurate holes. Effective for drilling on curved surfaces, Milwaukee thunderbolt titanium coated bits require less effort to drill through wood, metal and PVC, and are highly recommended for use with portable drills. Includes two bits.
  • Application
  • Item Features
For drilling on curved surfaces and portable drills
  • Extreme durability thicker web provides greater strength
  • Fast, accurate drilling 135 deg split point tip starts on contact to prevent walking, while the parabolic flute clears chips fast
  • Reduced slipping 3-flat Secure-Grip™ shank holds the bit firmly in the drill chuck
  • Versatile reduced shank diameter for use in 3/8 in chucks
  • Corrosion resistant titanium coating keeps the bit sharp and provides added protection from heat build-up