HAN 413024 9/16-12 HS CUT TAP - Hanson

The Hanson 413024 9/16-12 HS CUT TAP is a professional-grade tool engineered for precision thread cutting and restoration in demanding automotive and industrial applications. Crafted from high-speed steel (HSS), this plug tap delivers superior durability and wear resistance, making it an essential component for any professional technician's toolkit. It is designed for efficiently cutting new internal threads or repairing damaged ones in pre-drilled holes, ensuring reliable performance across various materials.

Key Features

• High-Speed Steel (HSS) Construction: Manufactured from robust HSS for enhanced hardness, toughness, and extended tool life in challenging materials.
• Precision 9/16"-12 NC Thread: Designed to cut National Coarse (NC) threads with a 9/16-inch nominal diameter and 12 threads per inch, a common specification for general-purpose machinery and fasteners.
• Class 2B Thread Production: Consistently produces a Class 2B thread, providing a widely applicable fit with fair tolerance allowances that can accommodate plating or finishes.
• Straight Flute Design: Features precision-ground straight flutes that facilitate rapid chip removal, ideal for efficient threading in through-hole applications.
• Plug Style Versatility: As a plug tap, it offers optimal versatility for general-purpose threading in both through and blind holes, commonly used after a taper tap has started the thread.
• Easy Identification: Each tap is clearly etched with its size and recommended drill bit size, streamlining tool selection and improving workflow efficiency.

Applications

This Hanson HS Cut Tap is suitable for a broad spectrum of professional applications, including creating internal threads in metal components and repairing existing threads. It performs exceptionally well in materials such as steel, aluminum, brass, and other machinable alloys found in automotive, heavy equipment, and general industrial settings. Ideal for routine maintenance, repair operations, and re-threading tasks where consistent thread accuracy and tolerance are critical.