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This work aims to describe the formation of intermetallics in the Ni-Ti-Al system in dependence on the heating rate, which has been determined previously as the crucial factor of thermal explosion self-propagating synthesis (TE-SHS). The tested alloys contained 1⁻7 wt % aluminum. Thermal analysis has been realized by the optical pyrometer under the conditions of high heating rates up to 110 &amp;deg;C&amp;middot;min &amp;minus;1 . TE-SHS process in Ni-Ti-Al system is initiated by exothermic reaction of nickel aluminides Ni₂Al₃ and NiAl₃ at the temperature of 535⁻610 &amp;deg;C. The next reactions occur in dependence on the heating rate. Samples containing 1⁻3 wt % of aluminum exhibit the similar initiation temperature as Ni-Ti binary mixture. The samples containing 5 wt % and more of aluminum were fully reacted after sintering at 800 &amp;deg;C with the heating rate of 300 &amp;deg;C&amp;middot;min &amp;minus;1 and the initiation temperature of the TE-SHS was observed close to Al-Al₃Ni eutectic temperature (between 630⁻640 &amp;deg;C).

Reactive Sintering Mechanism and Phase Formation in Ni-Ti-Al Powder Mixture During Heating