Sandvik Coromant 5915125 T-Max P Turning Insert, ANSI Code: WNMG 431-SM H13A, WNMG Insert, Material Grade: M, S, 431 Insert, Trigon Shape, 08 Seat, Negative Rake, Neutral Cutting, For Use On Stainless Steel, Heat Resistant Super Alloys and Titanium
Your Price
Sandvik Coromant 5915125 T-Max P Turning Insert, ANSI Code: WNMG 431-SM H13A, WNMG Insert, Material Grade: M, S, 431 Insert, Trigon Shape, 08 Seat, Negative Rake, Neutral Cutting, For Use On Stainless Steel, Heat Resistant Super Alloys and Titanium
Your Price
Sandvik Coromant 5915125 T-Max P Turning Insert, ANSI Code: WNMG 431-SM H13A, WNMG Insert, Material Grade: M, S, 431 Insert, Trigon Shape, 08 Seat, Negative Rake, Neutral Cutting, For Use On Stainless Steel, Heat Resistant Super Alloys and Titanium
Description
Sandvik Coromant Turning Insert, Series: T-Max P, WNMG Insert, 431 Insert, Trigon, 2.5 mm Maximum Depth of Cut, 1/2 in Inscribed Circle, 0.187 in Thickness, 08 Seat, Negative Rake, SM Chipbreaker, 0.016 in Corner Radius, 0.2029 in Hole Dia, Manufacturer's Grade: H13A, ANSI Code: WNMG 431-SM H13A, ISO Code: WNMG 08 04 04-SM H13A, 80 deg Included Angle, 0 deg Relief Angle, Neutral Cutting, Carbide, Uncoated, Material Grade: M, S, For Use On: Stainless Steel, Heat Resistant Super Alloys and Titanium
Product Number: 826215125
Manufacturer: Sandvik Coromant
Price:
MFG #: 5915125
Manufacturer: Sandvik Coromant
Specifications
ANSI Code: WNMG 431-SM H13A
Chipbreaker: SM
Corner Radius: 0.016 in
Cutting Direction: Neutral
Finish: Uncoated
For Use On: Stainless Steel, Heat Resistant Super Alloys and Titanium
Hole Diameter: 0.2029 in
ISO Code: WNMG 08 04 04-SM H13A
Included Angle: 80 deg
Inscribed Circle: 1/2 in
Insert Size: 431
Insert Style: WNMG
Manufacturer's Grade: H13A
Material: Carbide
Material Grade: M, S
Maximum Depth of Cut: 2.5 mm
Rake: Negative
Relief Angle: 0 deg
Seat Size: 08
Series: T-Max P, T-Max® P
Shape: Trigon
Thickness: 0.187 in
Item Features
- Excellent surface finish
- Reliable and secure machining, even in roughing applications
- Possibility to optimize by using damped Silent Tools