7/16-20 Hex Die Boxed - Vermont American

The Vermont American 20725 7/16-20 Hex Die is an essential tool engineered for professional technicians requiring precision and durability in thread repair and creation. This robust hex die is designed to accurately cut or restore external threads, ensuring reliable fastening solutions in demanding automotive, industrial, and general maintenance environments. It’s an indispensable component for maintaining the integrity of threaded components across various applications.

Key Features

• Professional-Grade Construction: Manufactured by Vermont American, a trusted name in quality tools, ensuring reliable and long-lasting performance in professional settings.
• Precision 7/16-20 Threading: Accurately cuts and repairs 7/16 inch diameter threads with a 20 threads per inch (TPI) pitch, crucial for matching standard fasteners and ensuring secure connections.
• Durable High-Carbon Steel: Constructed from high-carbon steel for enhanced strength, wear resistance, and extended tool life, even under frequent use.
• Hexagonal Profile: Features a versatile hexagonal shape that allows for easy use with standard wrenches or appropriate die stocks, providing flexibility for working in confined spaces or on a workbench.
• Protective Packaging: Supplied in a durable box to maintain sharpness, prevent damage, and facilitate organized storage and transport of the die.

Applications

This 7/16-20 hex die is an invaluable asset for a wide range of tasks, including repairing stripped, corroded, or damaged threads on bolts, studs, and shafts found in automotive engines, industrial machinery, and agricultural equipment. It is also ideal for creating new external threads on materials such as mild steel, aluminum, and other suitable metals for custom fabrication projects or the production of replacement parts. Common applications include restoring threads on suspension components, engine accessory mounts, and various equipment where a precise 7/16-20 thread size is critical for proper assembly and function.