The invention relates to a direct-reduction multi-gradient extraction technology for vanadium-titanium magnetite concentrate. The direct-reduction multi-gradient extraction technology comprises the following steps: 1) ball pressing, to be specific, selecting and grinding iron mine powder and coal powder, uniformly mixing the iron mine powder with the coal powder according to the fact that the ratio of C to O is 1-1.3, adding bentonite to be used as a binding agent, finally, pressing the iron mine powder, the coal powder and the bentonite into balls, and drying the balls in a constant-temperature drying oven; 2) vacuum reduction, to be specific, reducing the balls in a high-temperature resistance furnace under protection of argon, and conducting air cooling; 3) magnetic separation, to be specific, after mechanical disruption, firstly, screening out the particles of not smaller than 23-28 meshes, and performing magnetic separation on the particles of smaller than 23-28 meshes according to the magnetic field intensity of 19 GS, 31 GS and 62 GS. The direct-reduction multi-gradient extraction technology disclosed by the invention can realize separation of titanium and iron under a solid state condition, is short in process and low in energy consumption, and provides technical raw materials for effectively utilizing iron and titanium.