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PATIKIL 5.9mm Drill Bit, M42 8% Cobalt High-Speed Steel Jobber Straight Shank 135° Titanium Nitride (TiN) Coated for Hard Metal Stainless Steel - 1 Pack

Photo 1 of PATIKIL 5.9mm Drill Bit, M42 8% Cobalt High-Speed Steel Jobber Straight Shank 135° Titanium Nitride (TiN) Coated for Hard Metal Stainless Steel - 1 Pack
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Photo 1 of PATIKIL 5.9mm Drill Bit, M42 8% Cobalt High-Speed Steel Jobber Straight Shank 135° Titanium Nitride (TiN) Coated for Hard Metal Stainless Steel - 1 Pack
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Time Left

8 hours

CURRENT PRICE

$1

Item Details

Pickup Location

7440 Dean Martin Dr Suite 204

Las Vegas, NV, 89139

Quality

New
Functional
No Damage
No Assembly Needed
In Package
No Missing Parts

Auction closes

July 10, 2025 at 4:18 AM

brand

PATIKIL

Estimated Retail Price

$7.40

size

5.9mm

Buyers Premium

15%

Inventory Number

1049203302

Features

  • PACKING LIST: 1 pack of drill bit in 5.9mm(0.23 inch ≈ 15/64 inch) cutting diameter, 46mm/1.81 inch flute length, 94mm/3.7 inch overall length, 135-degree split point
  • FEATURE: M42 high-speed steel is formulated with a high 8% cobalt, high hardness and wear resistance, especially suitable for processing hard materials, excellent heat resistance, suitable for high-speed cutting. The titanium nitride (tin) coated can prevent further oxidation or corrosion of the drill bits and extend the service life.
  • APPLICATION: The M42 material drill bit has a high 8% cobalt content, mainly used in demanding professional drilling operations, making it suitable for processing medium-high hard metals. It is suitable for drilling various materials, including stainless steel, iron, aluminum, copper, plastics, and wood.
  • NOTE: High cobalt HSS typically has a higher number of drilling times than M2 HSS and M35 HSS under the same conditions, potentially thousands or more. This significantly increases machining efficiency and reduces costs, especially when machining difficult materials.
  • INSTRUCTION: The twist drill should be at a 90° angle to the workpiece. When drilling different materials, the drilling speed needs to be adjusted. The harder the material, the lower the drilling speed should be. Adjusting the speed can improve cutting efficiency, extend tool life, and reduce material damage.
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