Abstract
Thus, it has been established that the sponge processing method developed enables titanium to be obtained which is comparable in physicomechanical properties and corrosion resistance to technical titanium produced by the conventional technique consisting in melting sponge titanium. The solid titanium obtained contained the following impurities: 0.04 Fe, 0.02 C, 0.01 Si, 0.025 N, 0.08 02, and 0.006% H2. These figures meet the purity requirements for VTI-00 technical titanium produced by the generally adopted method. The new process has been employed for making titanium blanks and forged valves and other components for industrial applications. They are shown, together with the starting sponge and cold-pressed and re-pressed compacts, in Fig. 4.
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