Brand name: GWS TOOL GROUP

Products with this attribute (52 total)

.072\
.080\
1/16-27 NPT Taper Pipe Solid Carbide Thread Mill For Aluminum, Helical Flute, 3 Flutes - .245\
1/16-27 NPT Taper Pipe Solid Carbide Thread Mill For Stainless & Exotics, Helical Flute, 3 Flutes - .245\
1/2-13 High Performance Solid Carbide Thread Mill For Stainless & Exotics, Left Hand Helix, Left Hand Cut, AlCrN Coated, 4 Flutes - .370\
1/2-14 NPTF Taper Pipe Dryseal Thread Solid Carbide Thread Mill For Aluminum, Helical Flute, 4 Flutes - .490\
3/4-16 Solid Carbide Thread Mill, 15? Helix, 4 Flutes - .585\
3/8-16 Solid Carbide Thread Mill, Axial Coolant Through, 15? Helix, 4 Flutes - .300\
3/8-18 NPT Taper Pipe Solid Carbide Thread Mill, Helical Flute, 4 Flutes - .427\
5/16-24 High Performance Solid Carbide Thread Mill For Stainless & Exotics, Left Hand Helix, Left Hand Cut, AlCrN Coated, 3 Flutes - .235\
8-32 Solid Carbide Thread Mill, 15? Helix, 3 Flutes - .120\
M10 x 1.5 Solid Carbide Thread Mill For Aluminum, Axial Coolant Through, Helical Flute, 3 Flutes - .300\
M12 x 1 Solid Carbide Thread Mill For Aluminum, Axial Coolant Through, Helical Flute, 3 Flutes - .370\
M12 x 1.5 Solid Carbide Thread Mill, Axial Coolant Through, 15? Helix, 4 Flutes - .370\
M12 x 1.75 High Performance Solid Carbide Thread Mill For Stainless & Exotics, Left Hand Helix, Left Hand Cut, AlCrN Coated, 4 Flutes - .370\
M2.5 x .45 High Performance Solid Carbide Thread Mill For Stainless & Exotics, Left Hand Helix, Left Hand Cut, AlCrN Coated, 3 Flutes - .076\
M3 x .5 High Performance Solid Carbide Thread Mill For Stainless & Exotics, Left Hand Helix, Left Hand Cut, AlCrN Coated, 3 Flutes - .092\
M5X0.8 HSS D4 HEX COST CUTTER TIN
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 114 (TiN) / 114A (TiAlN), Solid Carbide, High Performance, Stub Length Drill. Submicron carbide grade provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Available in TiN or TiAIN coating. Coating adds lubricity, enhances wear resistance and prevents edge build-up.TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials.
Style 118A, TiAlN Coated, Solid Carbide, High Performance, Jobber Length Drill. Submicron carbide grade and TiAIN coating provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. TiAlN coating adds lubricity, enhances wear resistance, prevents edge build-up, and is recommended for short chipping, abrasive and high temperature materials.
Style 118A, TiAlN Coated, Solid Carbide, High Performance, Jobber Length Drill. Submicron carbide grade and TiAIN coating provides maximum wear resistance when cutting high carbon, high alloy and stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. TiAlN coating adds lubricity, enhances wear resistance, prevents edge build-up, and is recommended for short chipping, abrasive and high temperature materials.
Style 292 (TiN) / 292A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 293 (TiN) / 293A (TiAlN), Solid Carbide, Kooltwist? High Performance, Jobber Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.
Style 294 (TiN) / 294A (TiAlN), Solid Carbide, Kooltwist? High Performance, Short Length Drill. Submicron carbide grade provides maximum wear resistance when cutting steels, stainless steels, titanium, high temperature alloys, aluminum, bronze, cast and ductile iron. Coating adds lubricity, enhances wear resistance and prevents edge build-up. TiN coating is recommended for long chipping, low-carbon, ductile and gummy materials. TiAIN coating is recommended for short chipping, abrasive and high temperature materials. Coolant feeding solid carbide Kooltwist? high performance drills yield higher penetration compared to non-coolant fed high performance drills when drilling deep holes.