Provided is an aluminum-alloy fin material for heat exchangers that is made of an aluminum alloy comprising 0.010-0.4 mass% Fe, less than 0.005 mass% Cu, and Al and inevitable impurities as the remainder, and having an Al purity of 99.30 mass% or greater, the aluminum-alloy fin material for heat exchangers being characterized in that: the plate thickness of the aluminum-alloy fin material for heat exchangers is less than 0.115 mm; the average grain size of subgrains is 2.5 [mu]m or less; and the number of intermetallic compounds with a maximum length greater than 3 [mu]m is 2000 compounds/mm2 or less. Also provided is a method for producing said aluminum-alloy fin material. It is possible to obtain an aluminum-alloy fin material for heat exchangers that has excellent corrosion resistance and collar-cracking resistance with which collar cracking can be inhibited at the time of shaping/processing.