Abstract
Copper-graphite-TiC composites were prepared by gas pressure sintering, using copper-coated graphite, pure copper, and Ti3AlC2 as the raw materials. The phase composition and microstructure of copper-graphite-TiC composites have been studied. The results indicate that a strong interdiffusion occurred between the copper matrix and Ti3AlC2 during the sintering process. Ti3AlC2 was completely decomposed into TiC, and a TiC interface transition layer was formed to enhance the bonding strength between the copper matrix and graphite.
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