Value Collection 365-0050 Hex Pipe Die 2-1/2-8 Npt

Product Description

The VALUE COLLECTION 365-0050 is a hex pipe die designed to cut 2-1/2-8 NPT external threads on pipe stock. Manufactured from carbon steel, this die delivers the hardness and edge retention needed to produce clean, accurate NPT threads in a shop or field threading operation. The 2-1/2 inch hex body mates with standard hex die stocks and pipe threading machines, allowing secure drive without slippage. Right-hand thread direction is standard for NPT pipe work. At 0.5 pounds, the die is sized for the 2-1/2 inch pipe class without excess bulk.

This die is suited for plumbing, pipefitting, and mechanical piping applications where 2-1/2-8 NPT male threads must be cut on pipe or round stock. Typical users include licensed plumbers, pipefitters, and mechanical contractors working on water, gas, steam, or industrial process lines that require NPT-threaded connections. It is equally applicable in maintenance and repair operations where a single die is needed without purchasing a full set.

Key Features

• 2-1/2-8 NPT thread form for standard taper pipe threading
• Carbon steel construction for reliable hardness and thread-cutting performance
• 2-1/2 inch hex body fits standard hex die stocks and pipe threading machines
• Right-hand thread direction matches standard NPT pipe assembly practice
• Compact 0.5 pound weight for easy handling and storage

Compatibility

Designed as an OEM-style replacement or direct-use hex pipe die for use in standard hex die stocks and pipe threading equipment that accept 2-1/2-8 NPT hex dies.

Installation Notes

Pipe threading should be performed by a qualified plumber or pipefitter in accordance with applicable plumbing codes such as the IPC or IFGC. Secure the pipe firmly in a pipe vise before threading, and apply cutting oil continuously throughout the threading operation to extend die life and produce clean threads. Inspect the die for chips or wear before use, and replace if cutting edges are damaged to avoid producing out-of-tolerance threads.