The morphology of structuring and composition forming the ceramic-metal composite material (cermet) TiC/Al is shown in obtaining it using a new method with spontaneous infiltration aluminum melt into porous ceramic frame titanium carbide TiC synthesized combustion mode initial mixture powders (charge) Ti+C, i.e. process self-propagating high-temperature synthesis (SHS).

Abstract Titanium alloys are characterised by poor tribological properties, and a ceramic TiO 2 layer formed on the surface can greatly improve its performance. By pre-depositing gold titanium surface, particles promoted outward diffusion of in conversion treatment to react with inward-coming oxygen form compact dioxide layer. The morphology, microstructure, phase constituents were SEM/EDX XRD....

In this research, the production possibility of TiC-Al2O3 nanocomposite, as a useful ceramic from commercially pure TiO2, aluminum powder and carbon black has been investigated. Routile (TiO2) with carbon black and aluminum were placed in a high energy ball mill and sampled during different milling times. Then, the activated powders were synthesized at different temperatures in an atmosphere co...