2026-05-25
Machining superalloys, titanium, and hardened steel pushes traditional carbide tools to their limit. At cutting temperatures of 800-1000°C, carbide softens and wears rapidly. Machining a single aerospace turbine disk may require multiple tool changes.
We have developed super-hard wear-resistant ceramic cutting tools featuring:
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Toughened nano-cermets – high hardness with improved toughness
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Advanced ceramic coatings – extreme wear resistance on tool surfaces
The key advantage is hot hardness – our materials maintain their hardness at 800-1000°C, enabling much higher cutting speeds without tool failure.
| Parameter | Carbide Tool | Our Ceramic Tool | Impact |
|---|---|---|---|
| Max cutting temperature | ~600°C | >1000°C | Higher speed possible |
| Cutting speed (cast iron) | 100-200 m/min | 400-800 m/min | 3-4x productivity |
| Tool life | Baseline | 2-5x longer | Fewer changes, less downtime |
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Aerospace: Machining Inconel and titanium – hours of continuous cutting vs. minutes with carbide
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Automotive: Hard turning of gears and bearings – "turn instead of grind"
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General precision machining: High-speed milling of difficult materials
If your shop machines difficult materials in high volumes, our ceramic cutting tools can transform your productivity.
