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PS7120 superior multi-purpose grade for roughing and heavy interrupted cutting for stainless steel and forged steel
PS7120 PVD coated grade. PVD coating prolongs tool life under the same cutting conditions compared to uncoated carbide
HM chipbreaker is the first choice chipbreaker for Positive geometry inserts for stainless steel, cast iron and exotics
| Brand | Sangeo |
|---|---|
| Relief Angle | 7° |
| Shape – Degrees | Rhombic 80° |
| Insert Geometry | Positive |
| Applicable Materials | Cast Iron, Exotics, Hardened Steel, Stainless Steel |
| Chipbreaker | HM (Medium-Finishing) |
| Product Range | Carbide Turning Inserts |
| Grade Description | PS7120 (M15-M25 Stainless Steel, / S10-S25 HRSA’s / K10-K20 Cast Iron / H05-H10 Hardened Steels) |
| Grade | PS7120 (Stainless Steel, HRSA’s, Cast Iron & Hardened Steel) |
| r (Radius) | 0.4 |
| Insert Style | CCMT |
| T (Thickness) | 4 |
| IC (Length) | 12 |
| ISO Code | CCMT120404 |
| Options | CCMT120404-HM PS7120, CCMT120408-HM PS7120 |
|---|
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PS7120 superior multi-purpose grade for roughing and heavy interrupted cutting for stainless steel and forged steel
PS7120 PVD coated grade. PVD coating prolongs tool life under the same cutting conditions compared to uncoated carbide
TS chipbreaker is the first choice chipbreaker for Positive geometry inserts for stainless steel, cast iron and exotics
The CCMT09T304-VM PS7220S series carbide turning inserts have a Rhombic 80° shape and a Positive insert geometry. The VM chipbreaker is designed for Medium-Finishing applications and comes in a PS7220S grade ideal for M10-M30 Stainless Steel / S10-S25 HRSA's / K10-K20 Cast Iron / H05-H10 Hardened Steels. Sangeo's range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.
PS7220S excellent in medium speed machining of stainless steel. As adapting Salina coating which has excellent resistance for thermal & oxidation
VM chipbreaker is the first choice chipbreaker for positive geometry inserts for stainless, cast iron and exotics
The CNMG120404-TS PS7220S series carbide turning inserts have a Rhombic 80° shape and a Negative insert geometry. The TS chipbreaker is designed for Medium-Finishing applications and comes in a PS7220S grade ideal for M10-M30 Stainless Steel / S10-S25 HRSA's / K10-K20 Cast Iron / H05-H10 Hardened Steels. Sangeo's range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.
PS7220S excellent in medium speed machining of stainless steel. As adapting Salina coating which has excellent resistance for thermal & oxidation
TS chipbreaker is the first choice chipbreaker for Negative geometry inserts for stainless steel, cast iron and exotics
The CNMG120408-TS PS7220S series carbide turning inserts have a Rhombic 80° shape and a Negative insert geometry. The TS chipbreaker is designed for Medium-Finishing applications and comes in a PS7220S grade ideal for M10-M30 Stainless Steel / S10-S25 HRSA's / K10-K20 Cast Iron / H05-H10 Hardened Steels. Sangeo's range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.
The DCMT070204-HF CS5225 series carbide turning inserts have a Rhombic 55° shape and a Positive insert geometry. The HF chipbreaker is designed for Finishing applications and comes in a CS5225 grade ideal for P15-P35 Steel. Sangeo's range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.
CS5225 is the first recommended grade for general machining with the use of high toughness substrate and coating layer with improved welding/chipping resistance
The DCMT11T304-HF CS5225 series carbide turning inserts have a Rhombic 55° Shape and a Positive insert geometry. The HF chipbreaker is designed for Finishing applications and comes in a CS5225 grade ideal for P15-P35 Steel. Sangeo's range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.
CS5225 is the first recommended grade for general machining with the use of high toughness substrate and coating layer with improved welding/chipping resistance
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