Changes in slag composition and refractory corrosion conditions during the steelmaking process
Degradation of refractories by slags in steelmaking - Corrosion mechanisms and evolution with slag composition
Article REF: N4852 V1
Changes in slag composition and refractory corrosion conditions during the steelmaking process
Degradation of refractories by slags in steelmaking - Corrosion mechanisms and evolution with slag composition

Authors : Philippe BLUMENFELD, Jacques POIRIER

Publication date: June 10, 2026 | Lire en français

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2. Changes in slag composition and refractory corrosion conditions during the steelmaking process

The types of refractories used vary throughout the steelmaking process, depending on the typical composition of the slag and the temperature levels in the successive furnaces and equipment, from the blast furnace to the continuous casting line.

We will review the conditions encountered during the main stages of the process and examine how the major families of refractories are affected: alumina, magnesia, an andalusite-based alumina refractory composition (60% Al 2 O 3 , 40% SiO 2 ), and a dolomite composition (55% CaO, 45% MgO). Readers wishing to deepen their knowledge of the major families of refractories used in the steel industry should refer to

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