China tungsten round parts tungsten disc circular Manufacturer and Supplier

tungsten round parts tungsten disc circular

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Tungsten round parts, such as tungsten carbide discs or round components, are commonly used in a variety of industrial applications due to its superior hardness, wear resistance and high temperature properties.

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Can tungsten be CNC machined?

Yes, tungsten can be CNC machined, but it is a challenging material due to its extreme hardness and high melting point. Tungsten's hardness makes it abrasive to cutting tools, and its high melting point requires specialized machining techniques.

In order to CNC tungsten effectively, it is important to use carbide or diamond cutting tools designed for hard materials. Additionally, high cutting speeds and feeds as well as proper cooling and lubrication are necessary to minimize tool wear and achieve precise machining results.

Additionally, CNC machining of tungsten often requires careful consideration of tool paths, cutting parameters and tool materials to ensure the material can be machined accurately and efficiently.

Overall, while tungsten presents challenges for CNC machining, it can be machined effectively with the right tools, techniques, and expertise. Working with a job shop or manufacturer with experience in tungsten processing is critical to ensuring the correct machining process is used.

Why is tungsten difficult to machine?

Tungsten is difficult to machine due to several key factors:

1. Hardness: Tungsten is one of the hardest materials and ranks high on the Mohs scale of mineral hardness. Its extremely high hardness causes it to wear on cutting tools, causing them to wear out quickly and requiring specialized tools for effective machining.

2. High melting point: Tungsten has an extremely high melting point, which makes it challenging to machine without causing thermal damage to the cutting tool and workpiece. The high temperatures generated during machining can cause tool wear and deformation.

3. Brittleness: Tungsten is relatively brittle, which can lead to the risk of chipping or breaking during processing, especially if the proper techniques and tools are not used for processing.

4. Ductility: Tungsten’s ductility decreases at lower temperatures, which affects its machinability, especially in processes such as turning and milling.

Because of these factors, machining tungsten requires specialized tools, techniques and expertise to overcome challenges and achieve precise, efficient machining results.