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Electrofused aggregates are largely used in refractory production due to the better performance reached when they are employed. In this work electrofused aggregates were designed for application in refractories for the burning zone of cement kilns. Initially reaction evaluation was conducted aiming the identification of the most prone refractory systems when single refractory phases react with Portland cement phases at high temperatures. In the next step, raw materials of the best refractory systems were electrofused to generate different aggregate compositions. The electrofused aggregates properties were evaluated and the classified ones were used to produce refractory bricks for the burning zone of cement kilns. General characteristics of these bricks were measured and compared with a standard magnesiaspinel refractory. Aggregates of the system MgO – TiO2 – CaO, more specifically aggregates belonged to the compatibility triangle MgO – Mg2TiO4 – CaTiO3, showed suitable characteristics for development of refractories for the burning zone cement kilns.

"Desenvolvimento de agregados eletrofundidos para utilização em refratários para a zona de queima de fornos de cimento"