Due to the high specific strength and modulus

as well as excellent anti-fatigue and creep resistance properties in the high temperature

continuous SiC fibers reinforced titanium matrix composite (SiCf/Ti) has attracted extensive attention. In the paper

we overviewed the manufacture techniques in the fabrication processing of SiCf/Ti composites

including the SiC fiber and coating deposition technique

hot isostatic press (HIP) consolidation technique and component manufacturing. Besides

our study and progress carried out in this area in recent years were summarized. We successfully can make a small bath trial for SiC fiber and also prepare SiCf/Ti composite with brilliant property. In addition

the interfacial reaction investigation in different matrix system consists of Ti alloy

Ti-Al

Al alloy have been performed. The experiments showed that the interface of SiCf/Ti composites can be retained intact with the help of protective coating (C coating) under heat treatment at 1100 ℃ /10h. Moreover

SiC fiber precursor wires of titanium alloy

aluminum alloy

and nickel-based super alloy have been explored through physical vapor deposition technique (PVD)

respectively. The most important is that we had a successful tempt to fabricate ring-like component with the size of Ф600mm×160mm at 1∶1 ratio and roll shaft with the size of Ф50mm×300mm were fabricated successfully.