8.90mm Carbide TiN 140 Deg. Jobber Length Drill Bit
- Zoro #: G0604383
- Mfr #: 8672890
$91.79
- Overall Length: 103.00 mm
- Decimal Equivalent: 0.3504
- Grade: High Performance
Osg #8672890 Specifications
| |
| Overall Length: 103.00 mm | Decimal Equivalent: 0.3504 |
| Grade: High Performance | Item: Jobber Length Drill Bit |
| Drill Bit Dimension Type: Metric | Point Type: R Thinning |
| Number of Flutes: 2 | Shank Dia.: 10.00 mm |
| Drill Bit Grouping: Drill Bit | Coolant Through: No |
| Material: Carbide | Cutting Direction: Right Hand |
| Flute Length: 61.00 mm | Finish: Tin |
| Drill Bit Size: 8.90 mm | Drill Bit Finish: EgiAs |
| Application: For Aluminum : Casting, Cast Iron, Low Carbon Steel : 1010, 1018, Medium Carbon Steel : 1035, 1045, High Carbon Steel : 1065, Alloy Steels : 4140, 4340, Die Steels : 20 HrC, Hardened Steels : 35 HrC, Hardened Steels : 35-45 HrC, Hardened Steels : 45-50 HrC | List Number: 6310 |
| Depth:Dia. Ratio: 5xD | Flute Type: Spiral |
| Drill Bit Point Angle: 140 Degrees | Shank Type: Straight |
| Drill Bit Material: Carbide | Depth x Dia. Ratio: 5xD |
| Standards: Not Rated | Coolant Fed: Non-Coolant Through |
| Shank Length: 42.00 mm | Helix Angle: 30 Degrees |
| Primary Material Application: Cast Iron, Steel | Drill Bit Point Type: R Thinning Point |
| Material Grade - Machining: High Performance | Sheeter Drill: No |
| Maximum Drilling Depth: 61.00 mm | Primary Material Application ISO Code: K, P |
| Material - Machining: Carbide | Series: 6310 |
| Drill Diameter Tolerance: +0.000/-0.022mm | Secondary Material Application ISO Code: H, P |
| Measurement System: Metric | Secondary Material Application: Alloy Steel, Die Steel, Hardened Steel |
| Shank Type - Machining: Straight | Finish - Machining: EgiAs |
| Drill Length Class: Jobber Length | Country of Origin (subject to change): Japan |
Help us improve our product informationDescription
Jobber Length Drill Bit, Drill Bit Size 8.90 mm, Drill Bit Point Angle 140 Degrees , Carbide, EgiAs, Decimal Equivalent 0.3504, Metric, Drill Bit Point Type R Thinning Point, Non-Coolant Through