Cle-line C65633 Hex Rethreading Die 1-1/2-12 Unf

Product Description

The CLE-LINE C65633 is a hex rethreading die designed to restore damaged or corroded external threads to their original specification. Cut from carbon steel, this fixed die covers the 1-1/2-12 UNF thread size with a right-hand thread direction. At 1 inch thick, it provides the bearing surface needed for accurate thread restoration on bolts, studs, and threaded rod. It is a non-adjustable die, meaning it runs to a fixed tolerance with no setup variation. Machinists, pipefitters, and maintenance technicians reach for this type of die when a fastener needs to be chased in the field or at a bench without full re-cutting.

This die is suited for repair and maintenance work across industrial, mechanical, and trade settings where 1-1/2-12 UNF fasteners are in service. Common applications include heavy equipment maintenance, hydraulic cylinder repair, and structural bolt restoration. The hex body accepts a standard die stock wrench for manual operation, making it practical for both shop and field use. It fits within CLE-LINE Series 0650.

Key Features

• Restores damaged 1-1/2-12 UNF right-hand external threads
• Carbon steel construction for durability in general-purpose thread repair
• 1 inch thickness provides stability and full thread engagement
• Non-adjustable design ensures consistent fixed-tolerance results
• Hex body accepts standard die stock for manual operation
• Series 0650 - purpose-built rethreading geometry, not a cutting die

Compatibility

Designed for use on 1-1/2-12 UNF right-hand external threads. Fits standard hex die stocks sized for this thread diameter.

Installation Notes

A licensed machinist or experienced maintenance technician should operate this die. Before use, de-burr and clean the damaged thread area to prevent loading the die unnecessarily. Apply cutting oil to the thread and die to reduce friction and extend die life. Turn the die slowly with steady, even pressure - back off periodically to clear chips and prevent thread damage.