Polyimide-carbon fiber composites
These are the preferred design materials for structural components found in today’s airframe and propulsion systems for aerospace vehicles
Composites are also prevalent in high-performance automotive racing, with a slow but steady technology transfer to commercial vehicle components.
Composites offer both lightweighting and thermal resistance, with service temperatures of 400°C to 500°C. Polyimide matrix resins are formulated for property as well as process considerations. Fabrication requires attention to melt processability, dictated by the selection of diamine, dianhydride and other reactive ingredients.
Common applications:
- Aerospace structural components
- Automotive underhood components
- Industrial bushings
Why should I choose polyimide composites?
- High Tg
- Retained structural strength at high temperatures
- Retained oxidative stability
Considerations:
- Dianhydrides must be matched to the corresponding diamines for optimal properties of the polyimide.
RECENT NEWS
Entry 1 – Considerations for Properly Formulating Epoxies with Dianhydrides
Welcome to the first entry of The Dianhydrides Diaries, [...]
6FDA: USA-Made Dianhydride Opens New Opportunities for Aerospace
As a critical raw material in cutting-edge polyimide synthesis, the [...]
6 Things You Should Know About High-Temperature Adhesives
Many products fall under the umbrella of adhesives but there [...]