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Vanadium-bearing titanomagnetite ore is an important multi-metal resource which attracts increasing attentions recently.1,2) In China, more than 90 wt.% vanadium-bearing titanomagnetite ore reserves are located in PanzhihuaXichang area of Sichuan province.3,4) Titanomagnetite concentrate is one of the main dressing products of vanadium-bearing titanomagnetite ore, and is usually sintered to prepare blast furnace burden for ironmaking.3,5) However, the sinter yield and quality of titanomagnetite concentrate are usually worse than those of conventional TiO2-free iron ores.5–7) On one hand, the deteriorated sintering performance is attributed to the crystallization of perovskite from the titanomagnetite concentrate fluxed sintering melt, as the fact that perovskite characterized by high hardness and brittleness could decrease sinter tumbler strength and reduction property.8–10) On the other hand, titanomagnetite concentrate has coarse granularity and poor hydrophilicity, resulting in undesirable granulation, poor permeability of sintering bed and low productivity.3,6) Some methods have been proposed to solve the problems in titanomagnetite concentrate sintering. Hydrated lime Preparation of BF Burden from Titanomagnetite Concentrate by Composite Agglomeration Process (CAP)