3/8-16 NC TAP-CD - Hanson

The Hanson 8134 3/8-16 NC TAP-CD is a professional-grade threading tool engineered for reliable performance in diverse automotive and industrial applications. Designed for both hand and specific machine tapping operations, this durable tap consistently produces a Class 2B thread, making it an essential addition to any professional technician's toolkit. Its robust construction and precise manufacturing ensure efficiency and longevity in demanding work environments.

Key Features

• Premium Material Options: Available in high carbon steel for exceptional durability in hand tapping, and high-speed steel for machine tapping where critical dimensions are paramount.
• Clear Etched Markings: Each tap is clearly etched with its 3/8-16 NC size and the recommended drill bit size, facilitating quick identification and reducing setup time.
• Efficient Chip Removal: Features precision-ground straight flutes that are designed to provide rapid chip evacuation, promoting cleaner threads and minimizing clogging.
• Made in USA Quality: All Hanson taps are proudly manufactured in the USA, adhering to stringent quality standards for professional-grade reliability.
• Versatile Point Styles: Offered in taper, plug, and bottoming point styles to accommodate various threading depths and starting requirements, including 3 to 5 threads chamfered on taper styles.
• Class 2B Thread Standard: Engineered to produce a Class 2B thread, suitable for a wide array of general-purpose fastening applications.

Applications

The Hanson 8134 3/8-16 NC TAP-CD is ideal for a broad spectrum of professional threading tasks, including routine maintenance, repair work, and general-purpose threading in industrial machinery and automotive components. It performs exceptionally well in hand threading operations and is particularly effective for re-threading existing holes where the primary need is for robust thread repair rather than extremely high accuracy or critical tolerance. Its sturdy design is also well-suited for tackling tough threading challenges across various materials.