Carbon fiber surface-modified by polymer derived ceramic incorporated with graphene to strengthen the mechanical and electrochemical properties of ceramic-carbon fiber composite

Recent advances in precursor-derived ceramics integrated with two-dimensional materials

“…Compared to pure carbon fibres without a ceramic coating, the specific strength of the as-fabricated composites was shown to be enhanced by >70%, and their moduli increased by >40%. 125 Hierarchical structures constituted by the grafting of GO onto CF have been applied in the preparation of composite materials to enhance their interfacial properties. 126 GO-grafted CFs have been shown to exhibit an enhanced tensile strength of 2.64 GPa, compared to that of untreated CFs (2.58 GPa).…”

Approaches to Preceramic Polymer Fiber Fabrication and On-Demand Applications

“…Electrochemical deposition: The electrophoretic deposition process was introduced to simplify the coating method, an alternative to the traditional coating method that is more straightforward and versatile than the conventional coating [104,105]. This method is broadly used to obtain monolayer coatings on ceramic fibers or substrates.…”

“…Several potential applications of ceramic fibers that are discussed in the following sections are shown in Figure 7. straightforward and versatile than the conventional coating [104,105]. This method is broadly used to obtain monolayer coatings on ceramic fibers or substrates.…”

One-Step Preparation of a Superhydrophobic Surface by Electric Discharge Machining with a Carbon Fiber Brush Electrode

“…Carbon fiber is generally used to manufacture electrode and carbon fiber products with high mechanical quality. 29,30 In particular, because of the advantages of carbon fiber, which include small wire diameter and electrical conductivity, some researchers explored its performance in EDM. 31,32 However, the wettability of the discharged surfaces was not discussed.…”

“…Therefore, the development of a simple method for the one-step fabrication of superhydrophobic micro-/nano-structures on complex surfaces would be crucial. Carbon fiber is generally used to manufacture electrode and carbon fiber products with high mechanical quality. , In particular, because of the advantages of carbon fiber, which include small wire diameter and electrical conductivity, some researchers explored its performance in EDM. , However, the wettability of the discharged surfaces was not discussed. In fact, carbon-based materials have been proven to have low surface energy. , If carbon fiber could be used for the processing of complex surfaces based on its flexibility and small diameter, the problem of manufacturing superhydrophobic coatings for complex hierarchical surfaces would be solved.…”