DNMG 150408E-HR4-EC265H, ANSI: DNMG 431, 55° Rhombic Negative Turning Insert, Carbide (CVD), RE 0.8mm (0.03") for medium turning of P Materials in good (uninterrupted) conditions
| Turning Load | Medium |
|---|---|
| Workpiece Material | P – Steel |
| Cutting Conditions | Good-Uninterrupted |
| Corner Radius [RE] | 0.8mm (0.03") |
| Insert Style | D Style - 55° Rhombic |
| Insert Material | Carbide (CVD) |
| Grade | EC265H |
| Side Clearance | Negative |
| Chip Breaker | HR4 |
| ANSI code | DNMG 432 |
| ISO code | DNMG 150408 |
| Brand | EASYCUT |
| Discount | 30% |
| Item type | Turning Inserts |
Grade: EC265H
P15 (P10-P25) CVD-coated grade, suitable for finish to rough turning on steel and cast steel. Recommended for continuous and light interrupted cutting, offering a high metal removal rate.
Chip Breaker: HR4
First choice for steel medium turning. Offers excellent chip control at low feed rates and shallow cutting depths while reducing crater wear. The geometry design ensures effective chip breaking at high feed rates and cutting depths. Features a double rake angle design for a sharp cutting edge and reduced cutting force.
| Turning Load | Medium |
|---|---|
| Workpiece Material | P – Steel |
| Cutting Conditions | Good-Uninterrupted |
| Corner Radius [RE] | 0.8mm (0.03") |
| Insert Style | D Style - 55° Rhombic |
| Insert Material | Carbide (CVD) |
| Grade | EC265H |
| Side Clearance | Negative |
| Chip Breaker | HR4 |
| ANSI code | DNMG 432 |
| ISO code | DNMG 150408 |
| Brand | EASYCUT |
| Discount | 30% |
| Item type | Turning Inserts |
Grade: EC265H
P15 (P10-P25) CVD-coated grade, suitable for finish to rough turning on steel and cast steel. Recommended for continuous and light interrupted cutting, offering a high metal removal rate.
Chip Breaker: HR4
First choice for steel medium turning. Offers excellent chip control at low feed rates and shallow cutting depths while reducing crater wear. The geometry design ensures effective chip breaking at high feed rates and cutting depths. Features a double rake angle design for a sharp cutting edge and reduced cutting force.