DRILL BIT 5/64 REGULAR LENGTH PARABOLIC HELIX 130° COBALT ALCRN(A9015/64) - 5971804
DOR0634653
Prix régulier
$24.67
Preorder today
- Hardened and tempered medium carbon steel: c: 0.28 to 0.55, p: 0.025 maximum, s: 0.025 maximum
- High levels of productivity across a wide range of materials
- Efficient chip evacuation, aided by parabolic flute geometry and smooth-flow coating, results in a continuous production process
- Exceptional tool longevity, particularly on smooth flux coated ranges
- Consistent hole size and quality
- A low thrust force means reduced power requirements.
- The robust parabolic flute design allows for greater drilling depths in a single pass.
- Notched point improves flea formation
- Hardened and tempered medium carbon steel: c: 0.28 to 0.55, p: 0.025 maximum, s: 0.025 maximum
- High levels of productivity across a wide range of materials
- Efficient chip evacuation, aided by parabolic flute geometry and smooth-flow coating, results in a continuous production process
- Exceptional tool longevity, particularly on smooth flux coated ranges
- Consistent hole size and quality
- A low thrust force means reduced power requirements.
- The robust parabolic flute design allows for greater drilling depths in a single pass.
- Notched point improves flea formation
DOR0634653
Prix régulier
$24.67
Preorder today
- Hardened and tempered medium carbon steel: c: 0.28 to 0.55, p: 0.025 maximum, s: 0.025 maximum
- High levels of productivity across a wide range of materials
- Efficient chip evacuation, aided by parabolic flute geometry and smooth-flow coating, results in a continuous production process
- Exceptional tool longevity, particularly on smooth flux coated ranges
- Consistent hole size and quality
- A low thrust force means reduced power requirements.
- The robust parabolic flute design allows for greater drilling depths in a single pass.
- Notched point improves flea formation
- Hardened and tempered medium carbon steel: c: 0.28 to 0.55, p: 0.025 maximum, s: 0.025 maximum
- High levels of productivity across a wide range of materials
- Efficient chip evacuation, aided by parabolic flute geometry and smooth-flow coating, results in a continuous production process
- Exceptional tool longevity, particularly on smooth flux coated ranges
- Consistent hole size and quality
- A low thrust force means reduced power requirements.
- The robust parabolic flute design allows for greater drilling depths in a single pass.
- Notched point improves flea formation