Machine Screw 12-24 NC Bottom Tap - Hanson

Specifications

The Hanson Hanson 1232 Machine Screw 12-24 NC Bottom Tap is engineered for precision threading applications. This tap features a 12-24 NC (National Coarse) thread size, suitable for creating internal threads that match 12-24 machine screws. It weighs 0.01 lbs and measures 2 x 0.2 x 0.2 inches, making it a compact and lightweight tool for detailed work.

Key Features

• 12-24 NC Thread Size: Precisely forms standard 12-24 National Coarse threads, ensuring compatibility with common machine screws.
• Bottoming Tap Design: Specifically designed to cut threads to the very bottom of blind holes, maximizing usable thread depth.
• Durable Construction: Manufactured by Hanson Hanson, this tap is built for consistent performance and extended tool life in demanding tapping operations.
• Compact Dimensions: Its small size allows for easy maneuverability and access in tight spaces.

Applications

This 12-24 NC bottom tap is ideal for creating new internal threads in various materials, including metals and plastics, where a 12-24 machine screw will be installed. It is frequently used in manufacturing and assembly processes for components requiring full thread engagement in blind holes. Professionals in machining, maintenance, and fabrication utilize this tapping tool for repairing stripped threads, re-threading existing holes, or when fabricating custom parts that require precise 12-24 NC threading.

Benefits

• Maximizes Thread Depth: The bottoming tap design enables full thread formation even in blind holes, ensuring maximum engagement for 12-24 machine screws.
• Ensures Secure Fastening: Creates accurately sized and formed 12-24 NC threads, leading to stronger, more reliable connections for machine screw installations.
• Versatile Threading Solution: Effectively threads a variety of materials, making it a valuable tool for diverse applications requiring 12-24 NC internal threads.
• Reliable Performance: Manufactured to high standards by Hanson Hanson, this tap delivers consistent and clean thread cuts, reducing rework and improving efficiency.