Carbon/Carbon fibers/Cu（C/CF/Cu） composites was prepared by squeezing casting. The effects of resin carbonated temperature

C/CF wire preform with copper plating and squeezing pressure on C/CF/Cu matrix composites were studied by tensile strength test and morphology observation of composite interface

constituent distribution and fracture appearance by SEM. The results showed that the tensile strength of C/CF wire preform decreased with carbonated temperature increase in vacuum condition. The C/CF wire preform exhibited a higher tensile strength （1 207 MPa）

better electric conductivity and copper plating at carbonated temperature of 600 ℃ in vacuum condition. The prepared C/CF reinforced Cu matrix composites with good sound interface and higher tensile strength may be obtained

preferably with C/CF wire preform in 40～60 μm copper plating thickness.With squeezing pressure increase

the tensile strength of the composites distinctly increased and reached up to 595 MPa

equivalent to more than three times of pure Cu with 28.5 MPa squeezing pressure.