Turning Insert: SNMG120408MP5 WPP20S, Solid Carbide MPN:6249953
Turning Insert: SNMG120408MP5 WPP20S, Solid Carbide MPN:6249953 is available to buy in increments of 1
Turning Insert: SNMG120408MP5 WPP20S, Solid Carbide
Turning Insert: SNMG120408MP5 WPP20S, Solid Carbide TiCN, Al2O3 & TiN Coated, 12.7 mm Long, 1/2" Inscribed Circle, 1/32" Corner Radius, 90 degree Square, Series Tiger-tec
Product Information
- : 6249953
- Ansi Code: SNMG432MP5WPP20S
- Chip Breaker: MP5
- Clearance Code: N
- Coating Process: CVD
- Coating/Finish: TiCN; Al2O3; TiN
- Corner Radius (Decimal Inch): 0.0313
- Corner Radius (Inch): 1/32
- Corner Radius (mm): 0.03
- Hole Diameter (Decimal Inch): 0.2020
- Included Angle: 90.0
- Inscribed Circle (Decimal Inch): 0.5000
- Inscribed Circle (Inch): 1/2
- Insert Holding Method: Clamp; Pin
- Insert Length (Decimal Inch): 0.5000
- Insert Length (mm): 12.70
- Insert Material: Solid Carbide
- Insert Shape: Square
- Insert Shape Code: S
- Insert Size Code: 432
- Insert Style: SNMG
- Insert Thickness (Decimal Inch): 0.1875
- Insert Thickness (Inch): 3/16
- Iso Code: SNMG432
- Length Range (Decimal Inch): 0.5000 - 0.6000
- Manufacturer Grade: WPP20S
- Manufacturers Catalog Number: False
- Material Grade: K30; P20
- Maximum Depth of Cut (Decimal Inch): 0.1970
- Maximum Depth of Cut (mm): 5.00
- Multi-Use Application: Turning
- Multi-Use Tool: Yes
- Primary Workpiece Material: P
- Primary Workpiece Material Code: P
- Rake: Negative
- Relief Angle: 0
- Secondary Workpiece Material: K
- Secondary Workpiece Material Code: K
- Series: Tiger-tec
- Single Or Double End: Double
- Standards: ANSI; ISO
- Tolerance Code: M
- Width (Decimal Inch - 4 Decimals): 0.5000
- Width (Inch): 1/2
- Width (Mm - 2 Decimals): 12.70
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Country of Origin: Coo Data Unavail
- TAA Compliant: No
- UNSPSC: 23242105
- CA Restricted (Prop 65): Unknown
- Package Weight: 0.50
- Prohibited States: AK,HI,PR
Product info last updated on October 1, 2024 3:07am UTC
Category: Turning and Profiling Inserts