The effects of forging, stamping, and different kinds of pressing, rolling, fuse welding, and electrocontact heating in an air medium on the structure and properties of titanium alloy VT20 are considered. It is shown that the traditional methods of plastic deformation, welding, and heat treatment of structures from alloy VT20 provide high parameters of strength and ductility in them. The properties of preforms from alloy VT20 are improved considerably after final die forging in the temperature range of the α → β phase transformation. Electrocontact heating in the range of the α → β phase transformation and subsequent cooling in metallic die in the forming process fully realizes the strength and ductility of sheet preforms from titanium alloy VT20.