Value Collection 314-1679 Round Die M5x0.9 1 Inch Od Hss

Product Description

The VALUE COLLECTION 314-1679 is a round threading die used to cut external metric threads on bolts, studs, and rod stock. Sized at M5x0.9 with a 1 inch outside diameter, this die is machined from high-speed steel for durability across repeated threading operations on steel, aluminum, brass, and similar materials. The adjustable design allows the operator to dial in thread fit by tightening or loosening the set screw adjustment, enabling cleanup passes and fine-tuning of thread depth. Right-hand thread direction follows standard metric fastener convention. Machinists, maintenance technicians, and tool-and-die workers use this type of die for production threading and field repair work.

This die is suited for threading M5x0.9 metric fasteners in maintenance, repair, and manufacturing environments. The 1 inch OD fits standard 1 inch round die stocks and holders commonly found in machine shops and trade toolkits. Typical applications include threading machine screws, shoulder bolts, and threaded rod ends where an M5 fine-pitch thread is required. The metric special thread standard makes it appropriate for applications where standard M5x0.8 coarse pitch is not the correct specification.

Key Features

• M5x0.9 metric special thread size for non-standard pitch threading work
• 1 inch outside diameter fits standard round die stocks and holders
• High-speed steel construction handles repeated use on common metals
• Adjustable design allows thread fit fine-tuning via set screw
• Right-hand thread direction matches standard fastener orientation

Compatibility

Designed to fit standard 1 inch round die stocks and die holders used for manual and bench threading operations.

Installation Notes

Round dies are installed and used by machinists and maintenance technicians. Secure the die firmly in the die stock before threading. Apply cutting oil to the workpiece and die before starting each threading pass to reduce heat and extend tool life. Advance in short increments and back off periodically to clear chips and prevent binding or die damage.