Ceramic Fibers Based on SiC and SiCN Systems: Current Research, Development, and Commercial Status

Authors


  • The authors would like to thank Thomas Uhlemann (University of Bayreuth, CME) for his help in the preparation of this review and Daniel Decker from Clariant GmbH. We also thank Deutsche Forschungsgemeinschaft (DFG) for supporting this work within the project SiMet. RKB acknowledges partial support for this work from US Air Force Office of Scientific Research (award number FA9550-09-1-0633) and from the US Department of Energy Nuclear Energy University Program (award number 10-918).
  • The manuscript was amended in Early View after errors in the first version, also table 3 was slightly amended after publication.

Abstract

Non-oxide ceramic fibers are of considerable interest due to the ability to combine the high performance, especially high temperature thermal and creep resistance, with the structural advantages of fibers including their use as reinforcements for metal (MMCs) and ceramic matrix composites (CMCs). In this paper the development of CVD SiC fibers and three generations of polymer derived SiC fibers over the past 50 years are discussed, illustrating the effect of fiber precursor and processing on the microstructure and physical properties of the non-oxide ceramic fibers. Additionally recent advances in research and development related to fibers from SiC and SiCN systems are presented with discussion of the current focus on reducing the costs of the fiber processing, while increasing their thermostructural stability.

Ancillary