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How can an HSS drill bit make a hole in tungsten, a metal that is notoriously difficult to machine?

The answer lies in the material used to make the drill bit itself. This Short breaks down what High-Speed Steel is and why it can perform under demanding cutting conditions.

🎥 Experiment footage: Alec Steele
🔎 Find Out Why transforms footage and information from various sources into concise explanations with original narration, visualization, and additional context.

#FindOutWhy #Tungsten #HSS #Science #Shorts
#FindOutWhy #Tungsten #HSS #HighSpeedSteel #Science #Engineering #Metalworking #Shorts
Transcript
00:00How can an ordinary drill bit cut through tungsten, one of the most difficult metals to machine?
00:05The answer isn't simply that the drill bit is sharp. This drill bit is made from a material
00:11called high-speed steel. And this isn't simply iron. And it contains several elements working
00:17together. Iron, carbon, tungsten, chromium, vanadium, and molybdenum. And some types of high-speed
00:28steel also contain cobalt. Together, these elements form an alloy with properties suited for cutting
00:34metal. That's why the cutting edge can keep working even as its temperature rises. As we can see in
00:41this video, the drill bit actually manages to drill a hole into tungsten. But what actually makes
00:49tungsten so difficult to machine?
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Why Can HSS Cut One of the Toughest Metals?

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