Sae Plug Tap With National Special Thread, 3/16 Inch By 24 Threads Per Inch

Introducing the tap-plug carbon steel 3/16-24 national standard machine screw and fractional plug taps, now available at True Value Of Ocean Pines in Berlin, MD. This precision-engineered tool is essential for anyone looking to create accurate internal threads with ease and reliability. Whether you are a professional machinist or a dedicated DIY enthusiast in Berlin, this plug tap offers consistent performance and durability for your threading needs.

• Precision cut threads: The threads are accurately formed to ensure consistent and exact threading every time you use the tap.
• Heat treated and tempered: Crafted from carbon steel, the tap is heat treated and tempered to provide file hard threads, enhancing its longevity and usefulness.
• Designed for hand cutting applications: Ideal for use with tap wrenches, this tap is perfect for manual internal thread cutting tasks.
• 75 percent thread engagement: Ensures strong and reliable threading for your machine screws and fractional plugs.
• Plug style tap: Featuring a 3 to 5 thread chamfer, this is the most commonly used style of tap, making it versatile for a wide range of projects.

Customers in Berlin will find this tap invaluable for precision threading in metalworking, automotive repairs, and custom fabrication projects. Whether you are repairing machinery, creating new threaded holes, or working on detailed mechanical assemblies, this tap provides the accuracy and durability needed to achieve professional results. Its plug style chamfer allows for smooth entry into the material, reducing the risk of damage and ensuring clean threads.

In summary, the tap-plug carbon steel 3/16-24 national standard machine screw and fractional plug taps is a reliable and essential tool for anyone in Berlin, MD who requires precise internal threading. Available now at True Value Of Ocean Pines, this tap combines quality craftsmanship with practical design to support your threading projects with confidence and efficiency.