Titan Usa TE80703 Hex Pipe Conduit Die 3/8-18 Npt

Product Description

The TITAN USA TE80703 is a hex pipe conduit die used to cut external NPT tapered threads onto pipe or conduit stock. It produces a 3/8-18 NPT right-hand thread profile and is sized to fit a 1-7/16 inch hex die stock. Made from carbon steel, this die is built to hold an edge through repeated use in production or field threading work. At 0.23 pounds and 5/8 inch thick, it is a compact, single-die insert suited for plumbers, pipefitters, and electricians who need precise, code-conforming pipe threads on the job or at the shop bench.

This die is intended for threading 3/8 inch nominal pipe or conduit where an NPT tapered thread form is required. Typical applications include gas, water, and drain-waste-vent piping assemblies, as well as conduit runs where threaded fittings are specified. It is used in both residential and light commercial work wherever a 1-7/16 inch hex die stock is available. The right-hand thread direction is standard for the vast majority of pipe fitting connections in North American plumbing and mechanical systems.

Key Features

• 3/8-18 NPT thread size for standard nominal 3/8 inch pipe threading
• Right-hand thread direction, compatible with standard North American pipe fittings
• Carbon steel construction for durability through repeated threading cycles
• 1-7/16 inch hex body fits correspondingly sized die stocks
• 5/8 inch thickness in a lightweight 0.23 pound package for easy handling
• Sold individually, quantity of one per package

Compatibility

Designed for use in 1-7/16 inch hex die stocks that accept standard NPT pipe conduit dies. Verify die stock hex size and thread standard before installation.

Installation Notes

Installation of this die into a die stock should be performed with the work piece secure and the threading tool properly supported. Ensure the die is fully seated and locked in the die stock before applying cutting pressure. Apply appropriate cutting oil to the pipe or conduit to extend die life and produce clean thread form. Work on pressurized or energized systems must be isolated and de-energized before threading begins, in accordance with applicable IFGC, IPC, or NEC requirements.