Sandvik Coromant 5741197 T-Max® P Negative Basic Shape Turning Insert, RNMG 43 4205, R-Round, RNMG Insert, 4205, Carbide
RNMG Turning Inserts
1245843
MFG #: 5741197
Sandvik Coromant
15.20000
/ ea
- ANSI Code: RNMG 43 4205
- Catalog Number: 5741197
- Corner Radius: 1/4 in
- Country of Origin: SE
- Finish: CVD-TiCN+Al2O3+TiN Coated
- Gross Weight Per Pack: 0.1800 lb
- Hole Diameter: 0.2029 in
- ISO Code: RNMG 12 04 00 4205
- Relief Angle: 0 °
- Series: T-Max® P
- Thickness: 0.187 in
- Type: 2-Sided Basic Shape
- UPC 11: 69826242420
- Stock Status: NONSTOCK
- Brand: Sandvik Coromant
- Manufacturer: Sandvik Coromant
- Chipbreaker: NMG
- Cutting Direction: Neutral
- For Use On: Steel
- Inscribed Circle: 1/2 in
- Insert Size: 43
- Insert Style: RNMG
- Manufacturer's Grade: 4205
- Material: Carbide
- Material Grade: P
- Maximum Depth of Cut: 0.189 in
- Rake: Negative
- Seat Size: 12
- Shape: Round
Sandvik Coromant Turning Insert, Negative Basic Shape, Series: T-Max® P, RNMG Insert, R-Round, 4.8 mm Maximum Depth of Cut, 1/2 in Inscribed Circle, 0.1874 in Thickness, NMG Chipbreaker, 1/4 in Corner Radius, 0.2029 in Hole Dia, Manufacturer's Grade: 4205, ANSI Code: RNMG 43 4205, ISO Code: RNMG 12 04 00 4205, 0 deg Relief Angle, Neutral Hand, Carbide, MTCVD Coated, Material Grade: P
- Features
| Finishing insert |
| Excellent chip control |
| Can also be used for precision boring |
| Aluminum oxide with optimized microstructure offers a 50% longer tool life under conditions of crater wear and also reduced machining times |
| Mechanical post-treatment - unique residual stress rate, increased process reliability |
| Large, universal chip breaking area and longer tool life for ISO P geometries |
| Ground seating surface after coating for improved process reliability when working with interrupted cuts |
| Silver flank face indicator layer for extremely easy wear detection |
| Microedge technology offers a 30% longer tool life under conditions of flank face wear or plastic deformation |
| Extremely smooth rake face for excellent tribochemical wear resistance |