TGB 32-3 TGB 26-3 SMGB 26-3 Tool holder for Parting Cutter Metal Grooving Blades Cut-off Turning Tool

NO

Chip Breaker

Introduction

Competitor

(Chip Breaker)

1

PM

Double sided chip breaker for medium machining. Wide range of application in steel and cast iron.

SANDVIK(PM)

2

DF

Double sided chip breaker with good chip control. Suitable for finishing and medium machining of steel and cast iron.

SANDVIK(-PF), SECO(-MF1)

3

DM

Double sided chip breaker for medium machining. Wide range of application due to excellent balance of sharpness and cutting edge stability.

SANDVIK(PM), SECO(MF2), KYOCERA(HQ)

4

DR

Double sided chip breaker with positive rake angle and stable cutting edge for light to medium roughing of steel and cast iron.

SANDVIK

(PR,QR)

5

EF

Double sided chip breaker with good chip control. Suitable for finishing and medium machining of steel and cast iron.

KYOCERA(-CF)

6

EM

Double sided chip breaker with sharp cutting edge and large rake angle. Process reliable medium machining of stainless steel.

TUNGALOY(TM)

7

ER

Double sided chip breaker with large rake angle for low cutting forces. Suitable for roughing of stainless steel.

SANDVIK

(MR,QR)

8

LH

Single sided chipbreaker for machining of cast aluminium alloys. Sharp cutting edge with positive rake angle. G-tolerance for high repeatability.

KORLOY(AR)

9

LC

Single sided chip breaker with excellent cutting edge design. Sharp cutting edge with positive rake angle. G-tolerance for

KORLOY(AK)

10

HF

Single sided chip breaker with good chip control. Suitable for finishing to medium machining of steel and cast iron.

MITSUBISHI

(FJ,FV), KYOCERA(CF)

11

HM

Single sided chip breaker for medium machining. Wide range of application due to excellent balance of sharpness and cutting edge stability.

MITSUBISHI

(FJ,FV), KYOCERA(CF)

12

HR

Single sided chip breaker with positive rake angle and stable cutting edge for light to medium roughing of steel and cast iron.

SANDVIK

(MR,QR,PR)

13

TC

Double sided chip breaker with surrounding cutting edge. Process reliable machining due to highest cutting edge stability.

MITSUBISHI

(GH)

No.

Grade

ISO

Grade description

1

YBC301

P20 – P35

CVD coated P20–P35 carbide grade for medium operation to roughing of steel at lower cutting speed.

2

YBC302

P20 – P35

CVD coated P20–P35 carbide grade for medium operation to roughing of steel at higher cutting speed. Optimal performance of wear resistance and toughness for a wide application field.

3

YBM251

P20-P30

M15-M35

CVD coated P20–P30/M15–M35 carbide grade for medium to roughing operation in stainless steel and steel with wide application feld. Good wear resistance and capability against plastic deformation at normal cutting speed.

4

YBM351

P25-P40

M25-M40

CVD coated P25–P40/M25–M40 carbide grade for roughing operation in stainless steel and steel. Good wear resistance and edge stability at normal cutting speed.

5

YBG102

S05 – S15

PVD coated S05–S15 carbide substrate for fnishing to medium application of super alloy material, stainless steel and aluminum. Good wear resistance in a wide application field.

6

YBG202

P10-P30

M10-M25

PVD coated P10–P30/M10–M25 carbide substrate for fnishing to medium application of stainless steel and steel (milling). Good wear resistance in a wide application field.

7

YBG302

P15-P30

M25-M40

PVD coated P15–P30/M25–M40 carbide substrate for medium roughing application of stainless steel and steel (milling). Good wear resistance and toughness.

8

YBG205

P10-P30

M20-M40

S15-S25

PVD multilayer coated P10–P30/M20–M40/S15–S25 carbide substrate for finishing to medium application of stainless steel, super alloy and steel (milling). Good wear resistance and thermal stability in a wide application field.

9

YB9320

P10-P30

M20-M40

PVD multilayer coated P10–P30/M20–M40 carbide substrate for fnishing to medium application of stainless steel, super alloy and steel (grooving/milling). Optimized coating stability for higher wear resistance and thermal stability in a wide application field.