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TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions.
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
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Shop at your convenience across our huge range of first-class tooling for something specific or just your normal stock orders. It has never been easier to access product from the most trusted name in the NZ Engineering scene.
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Delivery Policy
Trade Tools will use all reasonable endeavors to quickly ship your orders. In most cases orders are shipped overnight, however, factors like weekends, public holidays, rural delivery or shipment size can create delays outside of our control.
Rural Delivery / Bulky / Heavy / Dangerous Goods orders may take up to 2-3 days or longer.
Most products will be shipped to your nominated address by tracked courier. Our preferred courier company is New Zealand Couriers, however, we may have to use other freight companies from time to time based on an items size, configuration or dangerous goods requirements. Trade Tools cannot be held accountable for delivery times once items have been dispatched.
TM2501 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TM2501 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
TM4000 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF1 Chipbreaker - Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm.
TM4000 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF1 Chipbreaker - Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TM2501 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TM2501 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TM4000 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF1 Chipbreaker - Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm.
TM4000 is intended for machining of stainless steel. The wear resistance together with the superior edge toughness makes the grade the first choice in stainless steel applications.
Ti(C,N) + Al2O3 DURATOMIC®
-MF1 Chipbreaker - Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm.
CP500 Grade: Tough micrograin grade intended for finishing to medium-roughing of stainless steels but with wide applicability for example in steels and aluminium alloys. Especially suitable in intermittent cuts.
(Ti,Al)N + TiN
p>MF1 Chipbreaker: Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm
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CP500 Grade: Tough micrograin grade intended for finishing to medium-roughing of stainless steels but with wide applicability for example in steels and aluminium alloys. Especially suitable in intermittent cuts.
(Ti,Al)N + TiN
p>MF1 Chipbreaker: Chipbreaker intended for machining stainless steel, superalloys and titanium alloys. Type ..GG insert has a sharp, precision ground edge. Type ..MG insert has a lightly honed cutting edge for increased strength. MF1 is intended for use in semi-finishing and finishing applications.
Indicative machining range: f = 0,08–0,30 mm/rev, ap = 0,2–3,5 mm
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TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M3 Chipbreaker - A reliable semi-finishing to medium roughing chipbreaker ensuring safe chip flow. Suitable for medium cuts in steel and stainless steels application including boring.
Indicative machining range: f = 0,12–0,60 mm/rev, ap = 0,2–4,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M3 Chipbreaker - A reliable semi-finishing to medium roughing chipbreaker ensuring safe chip flow. Suitable for medium cuts in steel and stainless steels application including boring.
Indicative machining range: f = 0,12–0,60 mm/rev, ap = 0,2–4,0 mm.
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M3 Chipbreaker: First choice for medium-rough machining and also the most versatile Seco chipbreaker. In most cases, it is the only chipbreaker needed. Offers the best useful life and best chipbreaking in a wide range of cutting data and workpiece materials. Suitable for precision forged and cast workpieces (NNS or Near Net Shape workpieces) as regards both chip control and edge strength.
Indicative machining range: f = 0,15-0,50 mm/rev, ap = 0,5-5,0 mm.
TM2501 - The first choice in austenitic stainless steel alloy, providing
long, predictable tool life and toughness for a variety of component
sizes and conditions.-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TM2501 - The first choice in austenitic stainless steel alloy, providing
long, predictable tool life and toughness for a variety of component
sizes and conditions.-MF4 Chipbreaker - Chipbreaker intended for medium/finishing of stainless steel, very open and highly positive geometry.
Indicative machining range: f = 0,15–0,50 mm/rev, ap = 0,5–4,0 mm.
TP1500 Intended for general turning of steel and alloyed steel.
The high wear resistance offers high speed capability.
Ti(C,N) + Al2O3 DURATOMIC®
M5 Chipbreaker: First choice for roughing by means of double-sided inserts. Intended for demanding operations at high
feed rates in steel, stainless steel and cast iron. Combines high edge strength with comparatively low cutting
forces.
Machining range: f = 0,3–0,7 mm/rev, ap = 1,5–7,0 mm.
TP1500 Intended for general turning of steel and alloyed steel.
The high wear resistance offers high speed capability.
Ti(C,N) + Al2O3 DURATOMIC®
M5 Chipbreaker: First choice for roughing by means of double-sided inserts. Intended for demanding operations at high
feed rates in steel, stainless steel and cast iron. Combines high edge strength with comparatively low cutting
forces.
Machining range: f = 0,3–0,7 mm/rev, ap = 1,5–7,0 mm.
TM2000 is the most wear-resistant of the grades intended for machining of stainless steel. The higher
wear resistance offers higher speed capability.
Ti(C,N) + Al2O3 DURATOMIC®
M5 Rigid chipbreaker for positive inserts. Intended for medium-rough and rough machining of steels, stainless
steels and cast iron.
Combines high edge strength with comparatively low cutting forces.
Safe action in interruptions and rough skin on parts.
Machining range: f = 0,15–0,60 mm/rev, ap = 1–5 mm
TM2000 is the most wear-resistant of the grades intended for machining of stainless steel. The higher
wear resistance offers higher speed capability.
Ti(C,N) + Al2O3 DURATOMIC®
M5 Rigid chipbreaker for positive inserts. Intended for medium-rough and rough machining of steels, stainless
steels and cast iron.
Combines high edge strength with comparatively low cutting forces.
Safe action in interruptions and rough skin on parts.
Machining range: f = 0,15–0,60 mm/rev, ap = 1–5 mm
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for productive general turning of steels and a useful backup in other material groups. Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for productive general turning of steels and a useful backup in other material groups. Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions.
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions.
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
A revolutionary new grade for all hard turning. TH1000 is a TiSiN-TiAlN Nanolaminate PVD coated grade. Its coating structure includes a Nanolaminate PVD top layer for maximum toughness and high chipping resistance. TH1000 is also highly resilient to edge fracture, the kind of wear that typically occurs when turning hard surfaced components and during finish turning of hardened steel parts. Grade description: A very hard, super fine grained substrate with PVD coating TiSiN-TiAlN Nanolaminate. Application area: Designed for machining of steel components with hardened and soft areas. The superior edge toughness provides excellent performance in finishing, and interrupted cuts in hardened steels as well as in hard surface removal. Components: Components with hard facing, Clutch discs, Gears, Hubs, Rock drills, Tool parts, Bearings, Shafts, Wear parts, Nozzles, Rolls... MAIN BENEFITS ? High edge toughness ? High chipping resistance ? Good chip control ? Performance alternative to ceramics
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-MR6 Chipbreaker: Recommended for medium and medium roughing of steel. Very easy cutting and open geometry. Double and single-sided.
Indicative machining range: f = 0,25–0,80 mm/rev, ap= 0,9–5,0 mm
TP2501: VERSATILE PRODUCTIVITY. Where versatility is needed and working conditions may not be perfect, TP2501 is the first choice for maximising manufacturing output under most varying productivity, cutting data and workpiece material requirements.An estimated 25% of steel turning applications feature working conditions that demand TP2501’s grade design and properties.
TP2501 Grade: Duratomic® technology coated grade. Designed with high wear resistance and edge strength applicable in a wide range of turning applications in steels as well as many stainless steels and cast irons.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-MR6 Chipbreaker: Recommended for medium and medium roughing of steel. Very easy cutting and open geometry. Double and single-sided.
Indicative machining range: f = 0,25–0,80 mm/rev, ap= 0,9–5,0 mm
TM3501 peaks in a variety of component sizes and in difficult alloys stretching from duplex to complex, high-alloyed super-duplex stainless steel
M3 Chipbreaker – Medium to roughing, Starting feed rate 0.25-0.35mm/rev Depth of cut = 0.5-3.5mm per side (2.5-3mm is a good starting point for roughing application in ridged conditions)
TM3501 peaks in a variety of component sizes and in difficult alloys stretching from duplex to complex, high-alloyed super-duplex stainless steel
M3 Chipbreaker – Medium to roughing, Starting feed rate 0.25-0.35mm/rev Depth of cut = 0.5-3.5mm per side (2.5-3mm is a good starting point for roughing application in ridged conditions)
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions.
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions.
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TK1000 The most wear resistant grade for machining of grey- and ductile cast iron. It is also an alternative
in turning of hardened steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker: The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TK1000 The most wear resistant grade for machining of grey- and ductile cast iron. It is also an alternative
in turning of hardened steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker: The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M6 Chipbreaker: Strong double-sided chipbreaker, intended for semi-roughing and roughing of steel. A well-balanced design combining excellent chip control and relatively low cutting forces which provides reliable cutting action in both continuous as well as interrupted cuts. Well suited also for machining of ferritic and martensitic stainless steels.
Indicative machining range: f = 0,2-0,8 mm/rev, ap = 1,0-7,0 mm
TP1501 - Duratomic® technology coated grade. Highly heat and wear resistant grade extremely well suited for
productive general turning of steels and a useful backup in other material groups.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M6 Chipbreaker: Strong double-sided chipbreaker, intended for semi-roughing and roughing of steel. A well-balanced design combining excellent chip control and relatively low cutting forces which provides reliable cutting action in both continuous as well as interrupted cuts. Well suited also for machining of ferritic and martensitic stainless steels.
Indicative machining range: f = 0,2-0,8 mm/rev, ap = 1,0-7,0 mm
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions. -M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
TM2501 - The first choice in austenitic stainless steel alloy, providing long, predictable tool life and toughness for a variety of component sizes and conditions. -M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TP3501 is Intended for rough or intermittent turning in steels and stainless steels as well as general turning of stainless steels.
Ti(C,N) + Al2O3 DURATOMIC®
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TK1501 - Duratomic® technology coated grade. A highly wear resistant grade for cast irons in general as well as in
steels. The grade is particularly capable in machining of ductile (nodular) cast irons also in more demanding
setups and interrupted cuts.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed
rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
TK1501 - Duratomic® technology coated grade. A highly wear resistant grade for cast irons in general as well as in
steels. The grade is particularly capable in machining of ductile (nodular) cast irons also in more demanding
setups and interrupted cuts.
Ti(C,N) + Al2O3 + Used Edge Detection (Chrome)
-M5 Chipbreaker - The choice for roughing by means of double-sided inserts. Intended for demanding operations at high feed
rates in steel. stainless steel and cast iron. Combines high edge strength with comparatively low cutting forces.
Indicative machining range: f = 0,3-0,7 mm/rev,ap = 1,5-7,0 mm.
Walter Tiger•tec® Silver PVD – WSM10S (ISO M10 / S10)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MM5 Chipbreaker Geometry – Universal geometry for stainless materials and high-temperature alloys – Machining long-chipping steels
Walter Tiger•tec® Silver PVD – WSM10S (ISO M10 / S10)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MM5 Chipbreaker Geometry – Universal geometry for stainless materials and high-temperature alloys – Machining long-chipping steels
Walter Tiger•tec® Silver PVD – WSM20S (ISO M20 / S20)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MM5 Chipbreaker Geometry – Universal geometry for stainless materials and high-temperature alloys – Machining long-chipping steels
Walter Tiger•tec® Silver PVD – WSM20S (ISO M20 / S20)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MM5 Chipbreaker Geometry – Universal geometry for stainless materials and high-temperature alloys – Machining long-chipping steels
Walter Tiger•tec® Silver PVD – WSM10S (ISO M10 / S10)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MS3 Chipbreaker
– For unstable or thin-walled components
– Low cutting forces thanks to sharp cutting edge design
– Circumference precision-ground
– Circumference precision-sintered
Walter Tiger•tec® Silver PVD – WSM10S (ISO M10 / S10)
?Maximum toughness and wear resistance thanks to PVD-Al2O3.
Long tool life: PVD aluminium oxide (Al2O3) prevents the transfer of heat into the substrate
Maximum wear resistance and temperature resistance when machining stainless steels and heat-resistant super alloys
Maximum cutting material toughness thanks to minimal thermal loads with the newly developed Al2O3-PCD coating process
Burr-free components and reduced build-up on the cutting edge thanks to sharp cutting edges
MS3 Chipbreaker
– For unstable or thin-walled components
– Low cutting forces thanks to sharp cutting edge design
– Circumference precision-ground
– Circumference precision-sintered