Fractional Plug Style Tap 7/16-20 National Fine Thread

Introducing the 7/16-20 national fine plug style fractional tap, now available at Killingworth True Value in Killingworth, CT. This precision-engineered tap is designed to deliver consistent and exact threading, making it an essential tool for anyone involved in hand cutting applications. Whether you are a professional machinist or a dedicated DIY enthusiast in Killingworth, this tap offers reliable performance and durability for your threading needs.

• Heat treated and tempered: Crafted for file hard threads, this tap ensures a longer, more useful life, providing durability that stands up to repeated use.


• Designed for hand cutting applications: Its construction is optimized for manual threading tasks, giving you precise control and accuracy.


• Plug style tap: Featuring 3 to 5 threads chamfered, this is the most commonly used style of tap, ideal for starting threads cleanly and efficiently.

This fractional tap is perfect for a variety of practical uses in Killingworth. Whether you are repairing machinery, fabricating metal parts, or working on custom projects, the 7/16-20 national fine plug style tap helps you create precise internal threads with ease. Its fine thread pitch is especially useful for applications requiring tight tolerances and strong thread engagement. Professionals in automotive repair, metalworking shops, and hobbyists crafting detailed components will find this tap indispensable.



Imagine restoring worn threads or creating new ones on bolts and fittings with confidence, knowing that the heat-treated, tempered design will maintain sharpness and accuracy over time. This tool supports meticulous craftsmanship and helps ensure your projects in Killingworth meet high standards of quality.



In summary, the 7/16-20 national fine plug style fractional tap is a vital addition to any toolkit in Killingworth, CT. Available at Killingworth True Value, it combines precision, durability, and ease of use to help you achieve professional-grade threading results every time.