Cut Thread Fractional Taper Tap - 9/16In 18 NF - Hanson

The Hanson 1349 Cut Thread Fractional Taper Tap, sized 9/16"-18 NF, is a high-performance tool engineered for precision thread cutting in demanding professional environments. Crafted from durable high carbon steel, this tap delivers consistent, reliable performance and extended durability for a wide array of automotive and industrial applications. It is specifically designed to efficiently initiate new threads and effectively re-thread damaged or corroded holes.

Key Features

• High Carbon Steel Construction: Manufactured from robust high carbon steel, this tap offers superior strength and wear resistance, ensuring a long service life under heavy use.
• Precision 9/16"-18 NF Taper Tap: Expertly designed for starting new threads with ease and accuracy, making it ideal for both new installations and chasing existing threads across various materials.
• Optimized Chip Removal: Features highly polished flutes that efficiently clear chips from the cutting zone, minimizing friction and preventing clogging for smoother tapping operations.
• Class 2B Thread Production: Produces accurately formed threads that meet industry-standard Class 2B specifications, ensuring a secure and reliable fit for fasteners.
• Four Flute Design: The four-flute configuration provides enhanced stability during the tapping process and improved chip evacuation, contributing to superior thread quality.
• Made in USA: Manufactured in the United States, adhering to rigorous quality standards for professional-grade reliability and performance.

Applications

This Hanson taper tap is an indispensable tool for professional technicians and mechanics working in automotive repair, industrial maintenance, and fabrication. It is perfectly suited for creating new internal threads in common materials such as steel, aluminum, and cast iron. Additionally, it excels at cleaning and repairing compromised or corroded threads found in critical components like engine blocks, transmission housings, chassis elements, and various machinery fixtures. Its taper design is particularly advantageous for starting threads where precise alignment is crucial or for preparing existing threaded holes for subsequent fastener installation.