Aerospace
High-performance plastics for aerospace: lightweight, heat-resistant and extremely stable for interiors, components & insulation.
What is aerospace?
Aerospace covers the development, production and operation of aircraft, spacecraft and their components. This industry places the highest demands on materials in terms of weight, strength, temperature resistance and safety. Plastics play a decisive role here in particular, as they replace metals in many applications and thereby offer considerable advantages.
Why plastics in aerospace?
Plastics are used in aerospace above all because of their specific properties. These include:
- Weight reduction: lightweight plastics contribute to fuel savings and increased efficiency.
- High mechanical load capacity: modern high-performance plastics can withstand high tensile, compressive and bending forces.
- Temperature resistance: many speciality plastics remain functional even at extreme temperatures.
- Chemical resistance: resistance to fuels, lubricants and environmental influences.
- Flame-retardant properties: safety standards in aviation require materials that are difficult to ignite.
Requirements for plastics in aerospace
The materials used in aerospace must meet strict criteria. These include:
- Low weight with high stability
- Resistance to extreme temperatures and radiation
- Fire protection and smoke gas standards according to FAA or EASA
- Resistance to aggressive chemicals
- Durability and fatigue strength
Important plastic types for the industry
High-performance plastics in particular are used in aerospace. These include:
- PEEK (polyetheretherketone): outstanding mechanical properties and high temperature resistance.
- PTFE (polytetrafluoroethylene): particularly resistant to chemicals and temperatures.
- PEI (polyetherimide): good electrical insulation and high flame resistance.
- PPS (polyphenylene sulphide): high strength and heat resistance.
- Carbon fibre reinforced plastics (CFRP): extremely light and stable, often used as a metal substitute.
Typical applications of plastics in aerospace
- Interior components: seats, side panels, luggage compartments
- Structural components: lightweight load-bearing structures, fastening elements
- Seals and insulation: heat-resistant seals for engines
- Electronic components: cable insulation, plug connections
- Fuel lines: chemical-resistant tubes and lines
Our services for aerospace
We offer high-quality plastic solutions for the aerospace industry. Our services include:
- Consultation and material selection: we help you choose the optimum plastic for your application.
- Precision manufacturing: CNC-milled or injection-moulded components to the highest standards.
- Individual adaptations: development and production of customised solutions.
- Quality assurance: strict testing according to international aerospace standards.
Conclusion: the future of plastics in the industry
The importance of plastics in aerospace will continue to grow. Advances in material development enable even lighter, more stable and more sustainable solutions. With our high-quality plastic solutions, we support companies in increasing their efficiency and setting new standards in aerospace.
