Precision Twist Drill 5996194 QC21G General Purpose Heavy Duty Jobber Length Drill Bit, #12 Drill - Wire, 0.189 in Drill - Decimal Inch, 135 deg Point, HSS, TiN Coated
26180512
MFG #: 5996194
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- Type: General Purpose Heavy Duty
- Series: QC21G
- Drill Diameter Measurement System: Imperial
- Drill Size - Wire: #12
- Drill Size - Decimal Inch: 0.0768, 0.189
- Overall Length: 3-1/2
- Cutting Depth: 4xD
- Number of Flutes: 2
- Flute Type: Wide Land Parabolic
- Flute Length: 2-5/16
- Shank Size: 0.189
- Shank Type: Straight
- Point Angle: 135
- Point Type: Self-Centering/Split, Split/Self-Centering
- Cutting Direction: Right Hand
- Cutting Edge Material: HSS
- Through Coolant (Yes/No): No
- Material: HSS
- Finish: TiN Coated
- Color: Gold
- Applicable Materials: Alloy Steel, Aluminum, Aluminum Alloyed, Brass, Bronze, +/-Brass, Copper, Hardened/Tempered Steel, Lamellar Graphite, Magnesium, Magnetic Soft Steel, Plain Carbon Steel, Structural Steel/Case Carburising Steel and Unalloyed, Alloy Steel, Aluminum, Aluminum Alloyed, Brass, Bronze, +/-Brass, Copper, Hardened/Tempered Steel, Lamellar Graphite, Magnesium, Magnetic Soft Steel, Plain Carbon Steel, Structural Steel/Case Carburizing Steel and Unalloyed
- Letter/Wire Size: #12
- Through Coolant: No
Precision Twist Drill Jobber Length Drill Bit, General Purpose Heavy Duty, Series: QC21G, Imperial, #12 Drill - Wire, 0.189 in Drill - Decimal Inch, 3-1/2 in Overall Length, 4XD Cutting Depth, 2 Flutes, Wide Land Parabolic Flute, 2-5/16 in Flute Length, 0.189 in Shank, Straight Shank, 135 deg Point, Split/Self-Centering Point, Right Hand Cutting Direction, HSS Cutting Edge, No Through Coolant, HSS, TiN Coated, Gold, Applicable Materials: Alloy Steel, Aluminum, Aluminum Alloyed, Brass, Bronze, +/-Brass, Copper, Hardened/Tempered Steel, Lamellar Graphite, Magnesium, Magnetic Soft Steel, Plain Carbon Steel, Structural Steel/Case Carburizing Steel and Unalloyed
- Parabolic flute desi
- Parabolic flute design for efficient chip removal
- Allows greater drill
- Allows greater drilling depths in one pass
- Low thrust design se
- Low thrust design self-centering split point for easier penetration
- TiN coating increase
- TiN coating increases wear resistance and improves tool life
Parabolic flute design for efficient chip removal
Parabolic flute design for efficient chip removal
Allows greater drilling depths in one pass
Allows greater drilling depths in one pass
Low thrust design self-centering split point for easier penetration
Low thrust design self-centering split point for easier penetration
TiN coating increases wear resistance and improves tool life
TiN coating increases wear resistance and improves tool life