The invention discloses a production process for metalized burden suitable for blast furnace ironmaking. The production process comprises the steps of (1) mixing iron ore powder, a reducing agent and a binder according to a mass ratio of 100:4-25:2-5, wherein the reducing agent is one or two selected from coke powder or anthracite duff and the binder is a binder capable of adjusting alkalinity; (2) mixing the above raw materials thoroughly, wetting the mixture by adding water, pressing the uniformly mixed raw materials on a twinroller machine to obtain pellets; (3) mixing the pellets with fuels, carrying out high temperature reduction of the pellets on a belt-type sinter machine, the addition amount of the fuels being 7-20% that of the pellets; and (4) screening sintered products and applying parts fitting to requirements of the metalized burden in blast furnace ironmaking. When in use, the metalized burden obtained by the process can reduce blast furnace coke rate by 10-30%, significantly reduce burden of direction reduction at the lower part of the blast furnace and increase capacity factor of the blast furnace, thereby greatly increasing production rate of the blast furnace and increasing competitive power of a blast furnace ironmaking process.