The current work discusses the effects of adding various types of ceramic fillers on the curing behavior, thermal, mechanical, anticorrosion, and dielectric properties of the bisphenol-A based benzoxazine resins. The effects of different ceramic filler contents and sizes as well as their surface treatments are also discussed in terms of their impact on the morphology and mechanisms of enhancement. The synergistic effect obtained by these combinations extends the use of the benzoxazine resins to more exigent applications such as aerospace and naval industries. The recent developments in the ceramic field also led to the appearance of a new generation of particles such the MAX phase and MXene, these advanced ceramics were also explored as new kind of reinforcements for the benzoxazine resins and promising results were found. Globally, the overall results reveal the significant advantages that can be obtained from the preparation of hybrid materials-based on benzoxazine resins and open the way for further research in the field.<br/>

High performance ceramic-based benzoxazine micro and nanocomposites

255th National Meeting (2018)

The official archive and repository for all ACS Meetings & Expositions abstracts and select posters or presentations.