Short-fiber C/C composite high-temperature components
Short-fiber carbon/carbon composites manufactured via proprietary Pre-Mold method for components enduring up to ~2000°C with high strength-to-weight and durability.
Problem solved
Metal trays/fixtures deform, oxidize or require frequent replacement under extreme heat and cycling; heavy weight increases energy use and handling costs.
Application contexts
- heat treatment trays and fixtures
- furnace internal parts
- aerospace high-temp structures
- solar panel manufacturing equipment
Technical principle
Short carbon fibers + carbon matrix via PM (Pre-Mold) process yielding high-density, high interlayer shear strength C/C material; lightweight (~1/5 metal weight in examples) with excellent thermal stability.
Typical use cases
- Heat treatment trays lasting 3+ years vs 6 months for metal equivalents
- Lightweight furnace components reducing energy consumption
Partnership route
How global engineering teams typically engage this asset.
Helpful to include: target temperature range · part geometry and load requirements · volume and tolerance needs · current material pain points
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- Source: Neftec C/C Composites
- Original language: JAPANESE/ENGLISH
- Summary AI-assisted; translation status: Unreviewed