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Cemented Carbide Cold Heading die series is a type of hard alloy material specifically designed for metal cold pier processing. Cold Heading technology is a metal forming process that applies pressure to metal at room temperature, causing it to deform inside a die and form a predetermined shape. Cold Heading technology is commonly used to manufacture fasteners such as bolts, nuts, rivets, etc.
High-durability cemented carbide dies for precision cold heading of screws, nuts, and die kernels.
Six Segmented Die, Die Kernel: High-precision cemented carbide cold heading die for enhanced durability and performance.
High-durability cemented carbide dies and punches for precision cold heading and cutting applications.
High-precision cemented carbide cold heading dies for steel ball manufacturing, ensuring durability and accuracy.
Cemented Carbide Cold Heading Die Series Applications
Fastener manufacturing: Cemented Carbide Cold Heading die used for manufacturing fasteners such as bolts, nuts, rivets, etc.
Automotive industry: Cemented Carbide Cold Heading forming die for automotive parts.
Construction industry: Cemented Carbide Cold Heading die for metal connectors used in construction.
Due to the performance characteristics of the Cemented Carbide Cold Heading die series, they can significantly improve the production efficiency of Cold Heading processing, reduce downtime, extend the service life of dies, and ensure the quality and accuracy of the final product.
This product involves fields such as screw and nut dies for hardware fasteners, steel ball dies for bearings, automotive parts, and cold heading and rolling forming of new material special wires.
What Is the Difference Between Carbide and Cemented Carbide?
Carbide is a compound of carbon and a metal, while cemented carbide is a composite material made by combining carbide particles with a metallic binder, typically cobalt.
What Is a Cemented Carbide Cutting Tool Used For?
A cemented carbide cutting tool is used for high-speed machining and precision cutting of hard materials, offering superior wear resistance and durability compared to traditional steel tools.
What Is One Advantage of Using Cemented Carbide Cutters as Opposed to High-Speed Steel Ones?
One advantage of using cemented carbide cutters over high-speed steel ones is their superior hardness, which allows for faster cutting speeds and longer tool life in demanding machining operations.
What Is the Cutting Speed of Cemented Carbide?
The cutting speed of cemented carbide typically ranges from 150 to 1,200 meters per minute, depending on the material being machined and specific cutting conditions.
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