ArSiC is a lightweight high performance composite which can withstand temperatures above 1200⁰C (long-term oxidising environment). ArSiC is composed of SiC fibers embedded in SiC matrix. This leads to a damage tolerant material compared to monolithic SiC. ArSiC is lighter than superalloys and can withstand temperatures higher than superalloys melting point. ArSiC is being developed with a cost efficient melt infiltration process along with improved oxidation resistant fibers.
- Turbine or compressor blades for stationary gas turbine and aircraft engines
- Combustion chamber components
- Reusable thermal protection systems
- Nuclear Fission
- Fusion Reactors
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