Global Energy Monitor’s Russia steel briefing shows operating steel capacity split across BF-BOF at 60.9%, EAF at 30.2%, and DRI-EAF at 8.9%. For refractory suppliers, the implication is practical: Russia is not a single-furnace market, and one product script cannot cover every inquiry.
BF-BOF routes put working lining and slag-line stability first
BF-BOF routes create continuing demand across converters, hot-metal ladles, torpedo ladles, steel ladles, and continuous casting. Magnesia-carbon brick, alumina-magnesia-carbon brick, Al2O3-SiC-C brick, ladle castable, gunning mix, and filler should be organized around slag-line wear, hot-metal erosion, thermal spalling, and maintenance windows.
EAF routes raise the importance of hot zones and thermal cycling
EAF-related procurement usually moves faster into hot spots, furnace bottoms, tapping zones, ladle refining, and quick repair materials. Suppliers should explain the role of ramming mix, gunning mix, and dry materials in high-temperature cycling, local erosion, and installation rhythm, not only quote brick shapes.
Russia-facing inquiry forms and sales conversations should clarify the route: converter, EAF, or DRI-EAF with downstream refining; full lining replacement, local repair, or maintenance stock. Route changes affect material combination, packing batches, and delivery rhythm.