Abstract: A method of fabricating headed-shank parts from high-strength two-phase titanium alloys characterized by using an oxalate coating capable of forming a fine-crystalline salt film, cold shaping the shank by reduction, and simultaneous heading and rolling the shank and the radius under the head. The shank is reduced and headed at a speed of 0.5 - 1.0 m/s. The use of the oxalate coating and of the cold-shaping speeds within the above-mentioned limits has made it possible to use automatic cold-heading machines thus raising the productivity of the process 20 - 30 times and producing parts of a higher quality. The method can be widely used for making such parts as rivets, bolts, screws, rivet-bolts and core rivets.