The invention discloses a super-thick material layer combined type blending method adopting pre-sintering. A set of mixture distributor and an igniter are additionally arranged on an original belt type roasting machine, and a set of air draft system is adopted for the whole sintering production; after the first time of distribution, ignition is conducted for sintering, after 8-40 min of pre-sintering, the second time of distribution is conducted on the surface of the first distributed layer, and the total thickness of the first distributed layer and the second distributed layer is equal to or greater than 900 mm; different blending schemes are adopted for manufacturing mixtures for the first distributed layer and the second distributed layer, the mixture for the first distributed layer comprises 79%-90% of concentrate and 10%-30% of fine ore; the mixture for the second distributed layer comprises 20%-70% of concentrate and 30%-80% of fine ore; and the concentrate with the granularity being smaller than 200 meshes accounts for 80% of all the concentrate, and the average grain size of the fine ore is larger than 3 mm. By the application of the super-thick material layer combined type blending method adopting pre-sintering, the drum strength of sintered ore is improved.