Showing 49–60 of 108 results

DNMG150608-ALU US2115 Carbide Turning Inserts (Sangeo)

£6.50 exc. VAT
10 pieces (Min. Order)

The DNMG150608-ALU US2115 series carbide turning inserts have a Rhombic 55° shape and a Negative insert geometry. The ALU chipbreaker is designed for Medium applications and comes in a US2115 uncoated grade for Aluminium & Non-Ferrous. Sangeo’s range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

US2115; Increased wear & chipping resistance as using a ultra fine substrate, Excellent tool life with special surface treatment & sharp cutting edge of ALU chip breaker

 

SCGT09T304-ALU US2115 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)

The SCGT09T304-ALU US2115 series carbide turning inserts have a Square shape and a Positive insert geometry. The ALU chipbreaker is designed for Finishing applications and comes in a US2115 uncoated grade for Aluminium & Non-Ferrous. Sangeo’s range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

  • US2115; Increased wear & chipping resistance as using a ultra fine substrate, Excellent tool life with special surface treatment & sharp cutting edge of ALU chip breaker

SCGT09T308-ALU US2115 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)

The SCGT09T308-ALU US2115 series carbide turning inserts have a Square shape and a Positive insert geometry. The ALU chipbreaker is designed for Finishing applications and comes in a US2115 uncoated grade for Aluminium & Non-Ferrous. Sangeo’s range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

  • US2115; Increased wear & chipping resistance as using a ultra fine substrate, Excellent tool life with special surface treatment & sharp cutting edge of ALU chip breaker

SCGT120404-ALU US2115 Carbide Turning Inserts (Sangeo)

£4.99 exc. VAT
10 pieces (Min. Order)

The SCGT120404-ALU US2115 series carbide turning inserts have a Square shape and a Positive insert geometry. The ALU chipbreaker is designed for Finishing applications and comes in a US2115 uncoated grade for Aluminium & Non-Ferrous. Sangeo’s range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

  • US2115; Increased wear & chipping resistance as using a ultra fine substrate, Excellent tool life with special surface treatment & sharp cutting edge of ALU chip breaker

SCGT120408-ALU US2115 Carbide Turning Inserts (Sangeo)

£4.99 exc. VAT
10 pieces (Min. Order)

The SCGT120408-ALU US2115 series carbide turning inserts have a Square shape and a Positive insert geometry. The ALU chipbreaker is designed for Finishing applications and comes in a US2115 uncoated grade for Aluminium & Non-Ferrous. Sangeo’s range of turning inserts are made from a fine micrograin carbide substrate for excellent toughness and performance.

  • US2115; Increased wear & chipping resistance as using a ultra fine substrate, Excellent tool life with special surface treatment & sharp cutting edge of ALU chip breaker

SCMT09T304-HF CS5235 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)

The SCMT09T304-HF CS5225 series carbide turning inserts have a Square shape and a Positive insert geometry. The HF chipbreaker is designed for Medium-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

SCMT09T304-HM PS7120 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)
The SCMT09T304-HM PS7120 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-Finishing applications and comes in a PS7120 grade ideal for M15-M25 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.
  • 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

SCMT09T308-HM CS5225 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)

The SCMT09T308-HM CS5225 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-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

SCMT09T308-HM PS7120 Carbide Turning Inserts (Sangeo)

£3.60 exc. VAT
10 pieces (Min. Order)
The SCMT09T308-HM PS7120 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-Finishing applications and comes in a PS7120 grade ideal for M15-M25 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.
  • 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

SCMT120404-HM CS5225 Carbide Turning Inserts (Sangeo)

£4.50 exc. VAT
10 pieces (Min. Order)

The SCMT120404-HM CS5225 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-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

SCMT120404-HM PS7120 Carbide Turning Inserts (Sangeo)

£4.50 exc. VAT
10 pieces (Min. Order)
The SCMT120404-HM PS7120 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-Finishing applications and comes in a PS7120 grade ideal for M15-M25 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.
  • 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

SCMT120408-HM CS5225 Carbide Turning Inserts (Sangeo)

£4.50 exc. VAT
10 pieces (Min. Order)

The SCMT120408-HM CS5225 series carbide turning inserts have a Square shape and a Positive insert geometry. The HM chipbreaker is designed for Medium-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