AttributeKey07: Tap Material

Products with this attribute (144 total)

-Premium HSS Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSS Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSS Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSS Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Black Oxide Spiral Point Machine Tap- Straight Fluted Design
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium HSSE-V Substrate For Improved Performance- Bright Finish Standard Plug Tap- Spiral Point Design to Evacuate Chips in a Downward Direction
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-Premium Powdered Metal Cobalt and SG Coating For Longer Tool Life-Superior Performance For a Variety of Materials, Machines, and Cutting Conditions-ANSI Shank With DIN Overall Length
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
-SG Coated For Longer Tool Life-Low Helix, Thick Web Design For Added Strength in Hardened Steel Up To 45 HRC- Optimized Cutting-Edge and Flute Shape For Stable Cutting Threads, High Rigidity, and Chip Ejection
BOTTOMING TAP 1-12 N.F
L6800 M12 x 1.5 D6 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6800 M14 x 2 D7 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6800 M18 x 2.5 D7 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6800 M20 x 2.5 D7 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6800 M4 x 0.7 D4 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6800 M5 x 0.8 D4 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/2-13 H3 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/2-13 H5 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/2-20 H3 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/2-20 H5 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/4-20 H3 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1/4-20 H5 3FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 1in-8 H4 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 3/4-10 H4 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 3/4-10 H6 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP
L6801 3/4-16 H4 4FL SGSP-DIN LENGTH SPIRAL FLUTE BOTTOMING TAP