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Oversize taps are similar in design to a standard tap, but with a pitch diameter that is usually 0.0050” to 0.0055” larger than standard. Oversize taps are used primarily where a part will be plated or treated after tapping.

Oversize taps are similar in design to a standard tap, but with a pitch diameter that is usually 0.0050” to 0.0055” larger than standard. Oversize taps are used primarily where a part will be plated or treated after tapping.

Oversize taps are similar in design to a standard tap, but with a pitch diameter that is usually 0.0050” to 0.0055” larger than standard. Oversize taps are used primarily where a part will be plated or treated after tapping.

Oversize taps are similar in design to a standard tap, but with a pitch diameter that is usually 0.0050” to 0.0055” larger than standard. Oversize taps are used primarily where a part will be plated or treated after tapping.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. These taps offer higher heat resistance and red hardness over conventional High Speed Steel taps. For CNC applications.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

Nitro Spiral Point CNC Machine Taps. The angular flutes at the front end of these taps propel the chips ahead of the tap. This reduce loading and clogging in the flutes. Spiral Point taps are ideal for production tapping thru holes.

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