A new method of fabrication of TiC by employing pyrolytic carbon black and titanium

• A new method to synthesize TiC by employing pyrolytic carbon black and titanium
• Different annealing temperatures and particle size on phase composition
• Study on the structure and thermal properties of the prepared TiC with particle size of 50 nm

A new method to synthesize titanium carbide (TiC) from polysiloxanes and titanium (Ti) by employing an in situ reaction is presented. The factors, such as, the annealing temperature and Ti particle size, were found to play a significant effect on the phase composition, structure, thermal behavior, and textural morphology of as-prepared TiC. Moreover, the relative intensity ratio (RIR) method was applied to evaluate the phase purity of TiC. Results demonstrated that the phase purity of the TiC prepared at 1400 °C for 2 h under the argon atmosphere is approximately up to 100%, confirming the feasibility of the presented new method.