The invention discloses a metallurgical compound technology for a
titanium aluminum
bimetal compound strip. After an aluminum
ingot is completely melted into molten aluminum, the molten aluminum flows into a compound region after standing by a standing furnace, online degassing and filtering, a roller and a
titanium strip are continuously blown and baked by hot air in the compound region, the temperature of the roller and the
titanium strip is kept at 150-300 DEG C in compounding, and the titanium strip and the molten aluminum are rolled by a
rolling mill to form the metallurgical compounded titanium aluminum
bimetal compound strip. The roller and the titanium strip are continuously blown and baked by the high-pressure hot air in the compound region of the titanium strip and the molten aluminum, and the temperature of the roller and the titanium strip is kept at 150-300 DEG C, so that
water vapor and oxidation are avoided in compounding, water molecules are prevented from condensing on a titanium aluminum compound interface and forming bubbles, and the post
processing quality of the titanium aluminum
bimetal compound strip is ensured. By adding 0.2-0.5% of aluminum titanium
boron wires into the molten aluminum, titanium
aluminum metal molecules are metallurgically bonded. The problems of
cracking, breaking, layering, falling-off and the like in post
deep processing are thoroughly solved, the rate of finished products can reach more than 80%, and production cost is reduced.