H.S. TAPER SHANK DRILLS
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- High-speed steel tools are good for most general purpose applications, offering a combination of hardness and toughness for wear resistance
- 118 degrees conventional point
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
SPECS:
- DIAMETER: 3/16"
- OVERALL LENGTH:5-3/4"
- TYPE: Fractional
- MORSE TAPER: 1MT
- DECIMAL EQUIV.: 0.6875
- CUTTING ANGLE: 118° Conventional Point
- FLUTE LENGTH: 2-1/2"
- FLUTE: Spiral
- DEGREE POINT: 118°
- MATERIAL: HSS
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow.
- High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools.
- They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- High-speed steel tools are good for most general purpose applications, offering a combination of hardness and toughness for wear resistance
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging
- They have a black oxide surface treatments that is abrasion resistant, reduces chip welding and improves chip flow
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow.
- High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools.
- They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters.
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging.
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow.
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow.
- High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools.
- They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters.
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging.
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow.
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow.
- High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools.
- They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters.
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging.
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow.
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow.
- High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools.
- They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- Morse taper shank allows the tool to be inserted directly into the machine's spindle to facilitate high-torque applications such as large cut diameters.
- When run in a counterclockwise direction (right-hand cut) spiral fluted tools evacuate chips up and out of the cut to reduce clogging.
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow.
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
1-7/64" HSS 4MT Taper Shank Drill Bit. Taper shank drills are made to fit Morse tapered holes. Designed to perform in a broad range of materials in the iron and steel families. They have a black oxide surface treatment that is abrasion resistant, adds lubricity to reduce chip welding and improves chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
SPECS:
SIZE: 1-7/64”
MATERIAL: High Speed Steel
FINISH: Black Oxide
FLUTE LENGTH:7-18"
SHANK SIZE: 4MT
SHANK TYPE: Taper Shank
CUTTING ANGLE: 118 °
POINT TYPE: Conventional
NUMBER OF FLUTES: 2
CUTTING DIRECTION: Right Hand
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece.
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
Made To Fit Morse Tapered Holes. Designed To Perform In A Broad Range Of Materials In The Iron And Steel Families. Black Oxide Surface Treatement That Is Abrasion Resistant, Reduces Chip Welding And Improves Chip Flow
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
SPECS:
- SIZE: 1-11/16”
- FLUTE LENGTH: 10-1/8”
- OVERALL LENGTH: 17-1/8”
- Material: High Speed Steel
- Finish: Black Oxide
- CUTTING ANGLE: 118 Degrees
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
These drill bits have a black-oxide finish that retains lubricants to improve the bits' wear resistance and chip flow. Black-oxide bits should only be used for drilling ferrous metals. High-speed steel drill bits provide more flexibility and absorb more shock and vibration than cobalt and carbide drill bits, making them suitable for use in manual drilling machines and handheld power tools. They may leave a rough finish on the hole. These bits have spiral flutes that evacuate chips as the bits drill into a workpiece
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)
- Morse taper shank
- 118° point
- Black Oxide finish increases wear resistance and adds lubricity to improve chip flow
- High speed steel
- S. Steel ANSI Morse Dimensions (production grade)