Sandvik Coromant 5725204 T-Max® P 2-Sided Turning Insert, CNGX1204L025-18AXA 7015, C-80 deg Diamond, CNGX..AXA Insert
CNGX Turning Inserts
1231579
MFG #: 5725204
Sandvik Coromant
228.23000
/ ea
- ANSI Code: CNGX1204L025-18AXA 7015
- Catalog Number: 5725204
- Corner Radius: 5.156 mm
- Country of Origin: PL
- Finish: PVD Coated
- Gross Weight Per Pack: 0.0100 lb
- Hand of Insert: Neutral
- Hole Diameter: 0.2029 in
- Included Angle: 80 deg
- ISO Code: CNGX1204L025-18AXA 7015
- Length: 0.5077 in
- Relief Angle: Double Sided LB
- Series: T-Max® P
- Thickness: 0.1874 in
- Type: 2-Sided
- UPC 11: 69826234712
- Width: T-Max® P
- Stock Status: NONSTOCK
- Brand: Sandvik Coromant
- Manufacturer: Sandvik Coromant
- Chipbreaker: AXA
- Cutting Direction: Neutral
- For Use On: Hardened Steel
- Inscribed Circle: 1/2 in
- Insert Size: H
- Insert Style: CNGX..AXA
- Manufacturer's Grade: 7015
- Material: Carbide
- Material Grade: H
- Maximum Depth of Cut: 0.25 mm
- Rake: Negative
- Seat Size: 12
- Shape: C-80 deg Diamond
T-Max® P is your first choice for general turning, stretching from small components to heavy machining. the inserts fit into all Sandvik Coromant high-performance holding systems and can be used in a variety of applications in all materials. Geometries specifically designed for high-pressure coolant are available for steel, stainless steel, and HRSA materials.
- Features
| 0 deg major clearance |
| 1.71 mm L corner chamfer |
| 0.8 mm L wiper edge |
| S cutting edge condition |
| 4 cutting edges |
| 1.69 mm W corner chamfer |
| 2 corners |
| Straight hole and flat surface clamping interface |
| 15 deg face land |
| 95 deg cutting edge |
| 86 deg corner chamfer |
| E tolerance class |
| Wiper edge technology |
| 0.1 - 0.45 mm/r cutting feed |
| 20 life cycle state |
| Negative basic shape inserts for high-performance turning |
| Double sided inserts with strong edges |
| Lever clamping for wet machining, RC-clamping for dry machining and short chip materials, Wedge clamp for improved accessibility |
| Precision nozzles and optimized geometries for high precision coolant machining |
| Dedicated grades and geometries for all applications and materials |