Value Collection 314-1733 Round Die M14x1.75 High Speed Steel

Product Description

The VALUE COLLECTION 314-1733 is a round threading die designed to cut external metric threads on bolts, studs, rods, and fasteners. It produces an M14x1.75 thread profile in a right-hand direction and is manufactured from high-speed steel (HSS) for durability under repeated use. The adjustable design allows the operator to fine-tune thread fit and cutting depth. This die is a standard tool for machinists, maintenance technicians, and trade professionals who need to cut or rethread metric fasteners in the field or at a workbench.

This die is suited for threading mild steel, aluminum, brass, and similar machinable materials where M14x1.75 metric special threads are required. Typical applications include restoring damaged threads on hydraulic fittings, equipment hardware, and structural fasteners. It is commonly used in HVAC, plumbing, and general mechanical maintenance where metric fasteners are present. The round die format is compatible with standard round die stocks of the appropriate size.

Key Features

• M14x1.75 metric thread profile for standard metric fastener applications
• High-speed steel construction provides wear resistance during threading operations
• Adjustable design allows fine-tuning of thread tolerance and cutting depth
• Right-hand thread direction matches the majority of standard metric fasteners
• Round die format fits standard round die stock holders

Compatibility

Designed for use in standard round die stocks sized to accept this die. Suitable for cutting M14x1.75 metric special right-hand external threads on compatible rod and fastener stock.

Installation Notes

Round dies are installed and operated by a licensed machinist or qualified mechanical technician using a round die stock handle. Secure the workpiece firmly before threading to prevent movement. Apply cutting oil to the die and workpiece to reduce friction and extend tool life. Inspect the die for wear or chipping before each use and replace if thread quality is compromised.