Self-healing fiber ceramic matrix composite - SAFER

Project summary

SAFER aims to research and develop a family of non-oxide ceramic matrix composites (CMC) with self-healing abilities. Since monolithic ceramics are brittle, their application is rather limited. With embedded carbon fibres, ceramics behave more ductile and have a high temperature resistance. Within SAFER, this outstanding material is further functionalised with carbon nano structures, to enhance its mechanical properties as well as generate self-healing. The production is done in a large-scale injection moulding pro-cess followed by a pyrolysis and LSI process. Furthermore, recycled material should be fed back into the process, to reduce the CO2 footprint and production cost. The project will be monitored by LCA to deter-mine the impact on the environment and adapt the research if necessary. The fibre ceramic does not emit any fine dust in friction applications and as brake on a car it lasts its entire life. Besides, the material can be used in energy generation,e.g. in hydrogen engines

Project Details

Call

Call 2022


Call Topic

High performance composites


Project start

01.06.2023


Project end

30.05.2026


Total project costs

1.055.258 €


Total project funding

1.016.756 €


TRL

2 - 5


Coordinator

Prof. Dr. Daisy Nestler

Chemnitz University of Technology, STRASSE DER NATIONEN 62, 09111 CHEMNITZ, Germany


Partners and Funders Details

Consortium Partner   Country Funder
Chemnitz University of Technology
https://www.tu-chemnitz.de
University Germany DE-SMWK
VSB
https://www.vsb.cz
University Czech Republic CZ-TACR
University of Sao Paulo
https://www.ffclrp.usp.br/eng/
University Brazil BR-FAPESP
Diafrikt Components s.r.o.
https://diafrikt.cz/en/home-english/
SME Czech Republic CZ-TACR

Keywords

recycling, injection moulding, self-healing materials, tribological materials, thermoset resins, ceramic matrix composite, functional nanostructures