Rayon-Based Carbon Phenolic Composites
Rayon-Based Carbon Fabric is a high-performance material with excellent thermal stability and physical properties at extreme temperatures. FMI combines our Rayon-Based Carbon Fabric with phenolic resin systems to produce high performing Carbon Phenolic Composites. Our material solutions offer outstanding ablative and insulation performance due to their low thermal conductivity and advanced thermophysical properties. FMI’s Rayon-Based Carbon Phenolic Composites are designed for rocket motor nozzle and re-entry applications, targeting enhanced ablative performance over a range of thermal environments.
Product Details
- Conical and non-conical tape wrapped architectures
- Hydroclave and autoclave curing techniques
- High-purity carbon fabric reinforcement using various rayon-based precursors
- Range of resin systems to optimize char yield and ablative performance
- Enhanced fiber-to-resin interaction to minimize ply lifting behavior
- Reliable performance over a range of applications
Applications and End Use
- Tape-wrapped carbon phenolic ablatives
- Rocket motor nozzles and components
- Acreage coverage for reentry applications
- High-temperature tooling and fixtures
- Thermal insulation for industrial applications
Advantages of Choosing Rayon-Based Carbon Phenolic Composites from FMI
Our Rayon-Based Carbon Phenolic Composites have served as a proven solution for rocket motor nozzle and re-entry applications for over 50 years. Offering a range of fabric reinforcements, phenolic resin systems, and composite manufacturing techniques, FMI can recommend a material solution to optimize performance and meet your specific needs. Our Rayon-Based Carbon Phenolic Composites offer:
- Range of fabric reinforcements, phenolic resin systems, and composite manufacturing techniques
- Excellent ablation properties and minimized ply lifting behavior
- Reliable performance in extreme thermal environments