Imagine a fabric made of ceramic that can withstand heat that would melt most metals. This project creates a European version of these super-fibers so we don't have to rely on imports from the US. It's like building a local supply chain for the 'skeleton' of high-tech engine parts.
European industries rely almost exclusively on US-produced oxide ceramic fibers, facing high costs and dual-use trade restrictions. This creates a strategic vulnerability for the aerospace and energy sectors.
Two types of fibers: ROF (a US-equivalent) and NGO (next-generation with higher heat resistance), along with O-CMC components and tested demonstrators.
If you are a jet engine manufacturer dealing with extreme heat in next-generation aero-engines — this project developed oxide ceramic matrix composites (O-CMC) that allow components to be lightweight and durable in extreme environments.
If you are a gas turbine operator dealing with energy efficiency losses — this project developed NGO fibers with improved thermo-mechanical properties that enable higher application temperatures for better efficiency.
If you are a chemical plant dealing with the degradation of batch carriers in high-temperature processes — this project developed O-CMC components that provide a stable, European-sourced alternative to US-made materials.
The project aims to develop a European equivalent to US fibers (ROF fiber) which may result in a lower price for end users.
Yes, a key objective is establishing a reliable European source and collaborating with facilities for large-scale production to ensure a stable supply chain.
Based on available project data, specific licensing terms are not listed, but the project involves a consortium of 11 partners including 6 industry players.
The ROF fiber is designed to be a European alternative that removes the dual-use restrictions currently associated with US-produced fibers.
The project covers the full chain: fiber production, weaving into fabrics, O-CMC manufacturing, and testing of demonstrators in relevant environments.
The consortium is heavily industry-driven with a 55% industry ratio, comprising 6 industrial partners and 1 SME. With 11 partners across 5 European countries (AT, CZ, DE, FR, NL), the group is structured to bridge the gap between research and market, covering the entire value chain from raw fiber production to final component testing.
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