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Pipe & Conduit Thread Taps
Pipe and conduit thread taps come in thread standards and sizes that are used on parts in pipe and conduit systems because they allow mated parts to form a pressure-tight seal. These taps create or repair internal threads in pipe, conduit, and fittings so they can mate with parts that have matching external threads. They are turned with a tap wrench for manual tapping applications or installed into a toolholder on a machine for machine tapping applications.
This 5319 pipe tap is made of high speed steel and has a 1.500 inch diameter, 1¼ inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 4¼ inch length. Plus it has seven flutes.
This 5319 pipe tap is made of high speed steel and has a 1.500 inch diameter, 1¼ inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 4¼ inch length. Plus it has seven flutes.
This 5319 pipe tap is made of high speed steel and has a 1⅛ inch diameter, 2 inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets the standards for ANSI, USCTI. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 3¾ inch length. Plus it has five flutes.
This 5319 pipe tap is made of high speed steel and has a 1⅛ inch diameter, 2 inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets the standards for ANSI, USCTI. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 3¾ inch length. Plus it has five flutes.
This 2320 pipe tap is made of high speed steel and has a 0.688 inch diameter, 1 15/32 inch long shank. It is for use with steel, and meets the standards for USCTI and American Standard Dryseal Pipe Thread, USCTI. This 2320/5320 series pipe tap has a TiN finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 3⅛ inch length, plus it has four flutes.
This 2320 pipe tap is made of high speed steel and has a 0.688 inch diameter, 1 15/32 inch long shank. It is for use with steel, and meets the standards for USCTI and American Standard Dryseal Pipe Thread, USCTI. This 2320/5320 series pipe tap has a TiN finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 3⅛ inch length, plus it has four flutes.
This 2320 pipe tap is made of high speed steel and has a 0.700 inch diameter, 1 5/16 inch long shank. It is for use with steel, and meets the standards for USCTI and American Standard Dryseal Pipe Thread, USCTI. This 2320/5320 series pipe tap has a TiN finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2½ inch length, plus it has four flutes.
This 2320 pipe tap is made of high speed steel and has a 0.700 inch diameter, 1 5/16 inch long shank. It is for use with steel, and meets the standards for USCTI and American Standard Dryseal Pipe Thread, USCTI. This 2320/5320 series pipe tap has a TiN finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2½ inch length, plus it has four flutes.
This 5320 pipe tap is made of vanadium high speed steel and has a 1⅞ inch diameter, 2½ inch long shank. It is for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 2320/5320 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 4¼ inch length. Plus it has seven flutes.
This 5320 pipe tap is made of vanadium high speed steel and has a 1⅞ inch diameter, 2½ inch long shank. It is for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 2320/5320 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 4¼ inch length. Plus it has seven flutes.
This 5319 pipe tap is made of high speed steel and has a 0.312 inch diameter, 1⅜ inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2⅛ inch length. Plus it has five flutes.
This 5319 pipe tap is made of high speed steel and has a 0.312 inch diameter, 1⅜ inch long shank. It is designed for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 5319 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2⅛ inch length. Plus it has five flutes.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
Pipe tap, high speed steel, interrupted, threading both ferrous and non ferrous materials where chip disposal is a problem, first few threads are full , the balance of the threads are interrupted to reduce drag while tapering pipe threading.
This 5320 pipe tap is made of vanadium high speed steel and has a 0.563 inch diameter, 1⅜ inch long shank. It is for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 2320/5320 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2 7/16 inch length, plus it has four flutes.
This 5320 pipe tap is made of vanadium high speed steel and has a 0.563 inch diameter, 1⅜ inch long shank. It is for use with aluminum, brass, bronze, copper, and meets ANSI and USCTI standards. This 2320/5320 series pipe tap has a bright (uncoated) finish, and has fractional inch measurements. It is non-coolant through, has right hand direction with a 2 7/16 inch length, plus it has four flutes.
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