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Iron ore and carbon pellets (ICP), as a new ironmaking raw materials with good reduction properties, provides some possibilities for the new processes development, such as the production of metallized raw materials, the treatment of steel waste containing Fe and the dressing of complex refractory ore.1–3) Many works have been done referring to the reduction mechanism of ICP4–13) and the strength of ICP after reduction,14,15) providing an important support for the development and application of ICP. Jung et al.4) found the critical temperature of carbon gasification was 1 055°C in the carbothermic reduction of magnetite by TGA-DSC-QMS. Liu et al.8) studied the reduction reaction of vanadium and titanium iron concentrate pellets containing carbon, and found that the reaction process was divided into two stages, and the velocity of later reaction was less than that of the early reaction. Furthermore, M.S. Chu et al.,5) Y. Ueki et al.6) and Y. Matsui et al.7) reported the reducing and melting behavior of carbon composite iron ore hot briquette (CCB). The reduction of CCB is controlled by the step of gas inner diffusion through the layer of reduction Thermal Strength Characteristics and Mechanism of Iron Ore and Carbon Pellets in the Non-isothermal Reduction Process