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Jet blades that refuse to melt?
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--- FOOTAGE CREDITS (Educational Fair Use) ---
â€ĸ Footage courtesy: FactoryVerse (@FactoryVerse-c1y) — https://www.youtube.com/watch?v=x_1RvdPKQVo

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Tech
Transcript
00:00Extreme jet turbine temperatures far exceed the melting points of conventional super alloys.
00:05Advanced internal cooling channels force pressurized air through blade walls,
00:10preventing structural collapse.
00:13Vaporization sacrificial templates enable internal cooling channels
00:17to form precisely within complex silicon carbide architectures.
00:22Engineers shape advanced ceramic matrix composites
00:26using precision lasers that cure and process the heat-resistant material.
00:31This advanced ceramic matrix composite withstands extreme thermal stress,
00:36enabling turbine components to endure temperatures exceeding standard metal limits.
00:41Any age, any background, same opportunity.
00:43Sell, earn, repeat.
00:46Join our marketing team.

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