Use of Plant-Based Pore-Forming Agents in Ceramic Materials
Fey T, Hoffmann P, Roland S, Galic S (2024)
Publication Type: Journal article
Publication year: 2024
Journal
Book Volume: 101
Pages Range: E62-E68
Journal Issue: 1
Abstract
Porous ceramic materials can be synthesized by a variety of processes. In addition to the mechanical properties, the formation of the pores and the pore network is of crucial importance for a large number of applications. In particular, the use of natural cellulose-based pore-forming agents allows the porosity to be specifically adjusted from open-cell to closed-cell in the ceramic materials according to the applications, depending on the geometry. The advantage of these pore-forming materials lies on the one hand in the natural surface structuring, and on the other hand they have a much better CO2 balance. The potential of natural pore-forming agents and their influence on mechanical and thermal properties is demonstrated on the use of cellulose beads in different diameters and compositions for the preparation of biomorphous SiC-ceramic.
Authors with CRIS profile
Involved external institutions
Germany (DE)How to cite
APA:
Fey, T., Hoffmann, P., Roland, S., & Galic, S. (2024). Use of Plant-Based Pore-Forming Agents in Ceramic Materials. Cfi-Ceramic Forum International, 101(1), E62-E68.
MLA:
Fey, Tobias, et al. "Use of Plant-Based Pore-Forming Agents in Ceramic Materials." Cfi-Ceramic Forum International 101.1 (2024): E62-E68.
BibTeX: Download