FibreCoat and LOFITH Composites have announced a strategic partnership to develop the next generation of recyclable, high-performance thermoplastic composites engineered for space applications. The collaboration merges FibreCoat's advanced coated fibre technology, known for its superior strength, conductivity, and multifunctionality, with LOFITH Composites' thermoplastic tape solutions, which are up to 50% lighter and 30% stronger than aluminum while being fully recyclable.
In 2026, composite materials co-developed by FibreCoat and LOFITH will launch aboard a satellite for a real-world space demonstration. The mission includes test panels equipped with sensors to measure key performance parameters such as:
- Resistance to ionizing radiation
- Thermal stability under extreme temperature fluctuations
- Environmental durability in orbital conditions
The data collected will determine whether these materials are space-qualified, proving their readiness for lightweight, durable, and sustainable aerospace structures.
"Space pushes materials to their limits. This test will prove our technology is ready," said Robert Bröll, CEO of FibreCoat.
"This is a real milestone in building sustainable space infrastructure," added Amador García Sancho, CEO of LOFITH Composites.
The mission underscores a major step forward in aerospace composite innovation, combining performance, sustainability, and scalability in one solution. By taking thermoplastic composites beyond the lab and into orbit, FibreCoat and LOFITH are demonstrating how advanced materials can redefine the next era of space engineering.
Source: fibrecoat-gmbh
