What is composite winding technology?
Composite winding technology is a high-precision process in which fibers (carbon, glass, etc.) or strands (filaments) are wound around a rotating mold (mandrel) under controlled tension. This technology creates a customized component geometry with optimal mechanical properties. The component is then solidified by curing in an autoclave or oven.
Advantages of carbon winding technology
- Outstanding strength:
The targeted winding of the fibers in the load-bearing direction ensures maximum load-bearing capacity.
- Lightweight construction at the highest level:
Precise material placement means that only as much material as necessary is used for minimum weight and maximum stability.
- Cost efficiency:
Automated winding processes reduce production time and waste.
- Design flexibility:
From cylindrical components to complex shapes the winding technique allows a high degree of design freedom.
- High-quality surface:
The process ensures smooth and even surfaces, ideal for applications with aerodynamic requirements.
Applications in the aerospace industry
Composite winding technology is used in numerous aerospace areas:
Pressure tanks and fuel tanks: Lightweight, gas-tight, and extremely stable perfect for launch systems and satellites.
Rocket parts: Covers and housings with precise load-bearing capacity.
Engine components: Resistant heat shields and structural components.
Rotor blades and cylinders: For helicopters and other rotating systems where strength and lightness are crucial.
