Machine Screw Hex Die, Size 10-24 National Coarse Thread, 1 Inch Diameter

Introducing the 10-24 national coarse machine screw hex die, now available at Daniel's Discount & Appliance Store in Allison park, PA. This precision-engineered tool is essential for anyone involved in threading tasks, offering accuracy and durability that professionals and DIY enthusiasts in Allison park will appreciate. Crafted to deliver consistent and exact threading, this hex die is a reliable addition to your toolkit.

• Heat treated and tempered: Ensures file hard threads and a longer, useful life, providing durability for repeated use.


• Designed for hand cutting applications: Ideal for manual threading tasks, giving you control and precision.


• High carbon steel construction: Offers strength and resilience, making the die robust for demanding projects.


• 1 inch across the flats: Provides a standard size for easy handling and compatibility with common tools.

This hex die is perfect for customers in Allison park who need to create or repair threads on bolts, rods, or other threaded components. Whether you are working on automotive repairs, machinery maintenance, or custom fabrication projects, this tool ensures your threads are cut cleanly and accurately. Its heat-treated high carbon steel construction means it withstands wear and tear, making it a dependable choice for both professionals and hobbyists.



Imagine using this hex die to restore worn threads on equipment or to create new threads for custom parts, enhancing the quality and longevity of your projects. Its precise cut threads help maintain the integrity of fasteners, which is crucial for safety and performance in mechanical assemblies.



In summary, the 10-24 national coarse machine screw hex die is a must-have tool for anyone in Allison park, PA looking to achieve precise and durable threading results. Available now at Daniel's Discount & Appliance Store, this hex die combines quality craftsmanship with practical design to support your threading needs efficiently and effectively.