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Sandvik Coromant 860.1-0940-080A1-PM 42349.40MM L/S Drill

Sandvik Coromant 860.1-0940-080A1-PM 42349.40MM L/S Drill

Adaptive Interface Machine Direction: Cylindrical shank (DIN6535-HA) -metric: 10 Through Hole Function Property: Yes Product Type: CoroDrill 860 solid carbide drill Coating Process Type: PVD Coolant Entry Style Code: 4: axial concentric entry on circle Cutting Diameter: 9.4 mm CoroPak: 12.1 Basic Standard Group: COROMANT Rotational Speed Maximum: 8466 1/min Item Weight: 76.5 g Unit System: Metric Coating Type: TiAlN Grade: 4234 Functional Length: 137.5 mm

GBP 209.99
1

Sandvik Coromant E0381-14 SP/PT Coro Tap

Sandvik Coromant E0381-14 SP/PT Coro Tap

Item Weight: 290 g Product Type: CoroTap 300 cutting tap with spiral flutes Unit System: Imperial Blind Hole Function Property: Yes Threads Per Inch: 14 Functional Length: 130.2 mm Coating Process Type: PVD Coolant Entry Style Code: 0: without coolant Coolant Exit Style Code: 0: no coolant exit Coating Type: FeN Basic Standard Group: ANSI Through Hole Function Property: Yes Adaptive Interface Machine Direction: Tap shank ANSI -inch: 0.800 x 0.600 CoroPak: 11.2

GBP 129.99
1

Sandvik Coromant E0371-14 SP/PT Coro Tap

Sandvik Coromant E0371-14 SP/PT Coro Tap

Functional Length: 130.2 mm Blind Hole Function Property: Yes Threads Per Inch: 14 Through Hole Function Property: Yes Coating Process Type: UNCOAT CoroPak: 11.2 Basic Standard Group: ANSI Unit System: Imperial Item Weight: 291 g Adaptive Interface Machine Direction: Tap shank ANSI -inch: 0.800 x 0.600 Coating Type: Uncoated Product Type: CoroTap 300 cutting tap with spiral flutes Coolant Entry Style Code: 0: without coolant Coolant Exit Style Code: 0: no coolant exit

GBP 129.99
1

Sandvik Coromant T300-XM101AB-M18X150 C110 Tap

Sandvik Coromant T300-XM101AB-M18X150 C110 Tap

Grade: C110 Blind Hole Function Property: Yes Basic Standard Group: DIN 374/ANSI Coating Process Type: PVD Through Hole Function Property: Yes Coolant Entry Style Code: 0: without coolant Unit System: Imperial Functional Length: 110 mm Item Weight: 0.11 kg Coating Type: AlCrN Adaptive Interface Machine Direction: Tap shank ANSI -inch: 0.542 x 0.406 CoroPak: 16.1 Thread Pitch: 1.5 mm Coolant Exit Style Code: 0: no coolant exit Product Type: CoroTap 300 cutting tap with spiral flutes

GBP 99.99
1

Sandvik Coromant 880-02 02 04H-C-GM Insert Grade 1044

Sandvik Coromant 880-02 02 04H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 16.99
1

Sandvik Coromant 880-03 03 05H-C-GM Insert Grade 1044

Sandvik Coromant 880-03 03 05H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 17.39
1

Sandvik Coromant 880-08 05 08H-C-GM Insert Grade 1044

Sandvik Coromant 880-08 05 08H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 21.99
1

Sandvik Coromant 880-04 03 05H-C-GM Insert Grade 1044

Sandvik Coromant 880-04 03 05H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 16.99
1

Sandvik Coromant 880-05 03 05H-C-GM Insert Grade 1044

Sandvik Coromant 880-05 03 05H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 18.99
1

10x Sandvik Coromant 880-09 06 08H-C-GM Insert Grade 1044

10x Sandvik Coromant 880-09 06 08H-C-GM Insert Grade 1044

CoroDrill 880 drilling inserts feature a GM geometry making them the basic choice for most materials at medium feeds. With a hard carbide substrate and PVD TIALN coating they are hardy and resistant to both wear and heat, prolonging tool lifespan. Features and Benefits Hard carbide substrate for improved rigidity 4 cutting edges with GM geometry for high performance at medium feeds PVD TIALN coating for increased heat and wear resistance Standards Insert usage code - C Insert grade 1044 (P40)(M35)(K25)(N20)(S35)(H20) Typical Applications Steel Stainless steel Cast iron Non-ferrous materials Heat resistant super alloys Hardened materials

GBP 249.90
1

10x Sandvik Coromant 880-06 04 06H-C-LM Insert Grade H13A

10x Sandvik Coromant 880-06 04 06H-C-LM Insert Grade H13A

CoroDrill 880 insert for drilling Insert Usage Code - C Insert Grade H13A (M20)(K20)(N20)(S20) Uncoated grade for use on Stainless Steel,Cast Iron,Non-ferrous Material and Heat Resistant Super Alloys Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 169.90
1

10x Sandvik Coromant 880-04 03 05H-C-LM Insert Grade H13A

10x Sandvik Coromant 880-04 03 05H-C-LM Insert Grade H13A

CoroDrill 880 insert for drilling Insert Usage Code - C Insert Grade H13A (M20)(K20)(N20)(S20) Uncoated grade for use on Stainless Steel,Cast Iron,Non-ferrous Material and Heat Resistant Super Alloys Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 139.90
1

Sandvik Coromant 880-04 03 W07H-P-LM Insert Grade H13A

Sandvik Coromant 880-04 03 W07H-P-LM Insert Grade H13A

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade H13A (M20)(K20)(N20)(S20) Uncoated grade for use on Stainless Steel,Cast Iron,Non-ferrous Material and Heat Resistant Super Alloys Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 13.99
1

Sandvik Coromant 880-04 03 W07H-P-LM Insert Grade 4044

Sandvik Coromant 880-04 03 W07H-P-LM Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 0.00
1

10x Sandvik Coromant 880-02 02 W05H-P-GT Insert Grade 4044

10x Sandvik Coromant 880-02 02 W05H-P-GT Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 133.90
1

10x Sandvik Coromant 880-08 05 W08H-P-GM Insert Grade 4044

10x Sandvik Coromant 880-08 05 W08H-P-GM Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 169.90
1

10x Sandvik Coromant 880-01 02 W04H-P-GR Insert Grade 4044

10x Sandvik Coromant 880-01 02 W04H-P-GR Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 119.90
1

10x Sandvik Coromant 880-06 04 W10H-P-GR Insert Grade 4044

10x Sandvik Coromant 880-06 04 W10H-P-GR Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 153.90
1

10x Sandvik Coromant 880-04 03 W07H-P-GR Insert Grade 4044

10x Sandvik Coromant 880-04 03 W07H-P-GR Insert Grade 4044

CoroDrill 880 Insert For Drilling Insert Usage Code - P Insert Grade 4044 (P40)(M35)(K20)(N20)(S35)(H20) PVD (Ti,Al)N2 coated insert for use on Steel,Stainless Steel, Cast Iron, Non-ferrous Materials, Heat Resistant Super Alloys and Hardened Materials Guide to Geometry/Feed: -GM geometry is the basic choice for most materials. Medium feed. -LM geometry is the best choice for long chipping materials, e.g. low carbon steel and stainless steels. Medium feed, insert with sharp positive edge. -GR geometry is the high feed choice for steel and cast iron. Insert with strong reinforced edge, suitable for roughing. -GT geometry is a problem solver for unstable conditions and interrupted cuts. Low to high feed. Good chip control in most materials.

GBP 133.90
1