Value Collection 82235965 Round Die M23x2 2 in Od Hss

Product Description

The VALUE COLLECTION 82235965 is a round threading die designed to cut external metric threads on rod, bolts, and round stock. It produces M23x2 threads — a metric special-pitch profile — and is built from high-speed steel (HSS) for durability across repeated cuts in ferrous and non-ferrous materials. The 2-inch outside diameter fits standard round die stocks and holders of the same size. The die is adjustable, allowing the operator to fine-tune thread fit and compensate for tool wear over its service life. Right-hand thread direction matches standard fastener convention for most metric applications.

This die suits machinists, tool-and-die workers, maintenance technicians, and fabricators who need to chase or cut M23x2 threads on shafts, repair damaged threads on metric fasteners, or produce threaded rod in low-to-mid volume. The M23x2 thread pitch is a metric special designation, making this die appropriate when a standard coarse or fine pitch does not meet the application requirement. It is equally suited to shop bench work and field repair situations where a portable die stock is used.

Key Features

• M23x2 metric special thread profile for non-standard pitch applications
• High-speed steel construction resists heat buildup during cutting
• Adjustable design allows thread-fit tuning and extends die service life
• 2-inch OD fits standard round die stocks and holders sized for 2-inch dies
• Right-hand thread direction matches conventional metric fastener standards

Compatibility

Designed for use in any round die stock or holder accepting a 2-inch outside diameter die. Suitable for cutting or chasing M23x2 metric special external threads on steel, aluminum, brass, and similar machinable materials.

Installation Notes

Secure the die in a properly sized round die stock before use. Apply cutting oil liberally to the workpiece and die to reduce heat and improve thread quality. Back off the die periodically during cutting to clear chips and prevent binding. Follow shop safety practices for rotating tooling and secure the workpiece firmly before applying cutting force.