Mechanical properties of the titan composite alloys produced by the method of electron beam synthesis are investigated. It is studied the possibility of an increase of wear resistance of such alloys by drawing superficial coverings from molybdenum. Various technologies of drawing coverings are considered. It is discovered that the synthesis technology by an electronic beam provides homogeneous composite material. Layer-by-layer synthesis by an electronic beam enables to produce the demanded mechanical properties of materials. Comparison of composite materials with the compact ones of the same composition showed that they are highly competitive with mechanical properties. It is shown industrial application prospectivity of the technology considered, for obtaining materials of different function.