From ladles
to flow control.
Steel plants generate distinct MgO-C, AMC, ASC, alumina–spinel, slide-gate and other refractory streams. Equipment and lining-zone records help keep these families separate.
Steel recovery programmes ↗INDUSTRIES WE SERVE
Different processes.
Shared material value.
Service history is part of a refractory’s identity.
It helps guide separation, processing and the next application.
From ladles
Recovery starts
at the kiln zone.
Magnesia–alumina or spinel-bearing brick and aluminosilicate materials need a segregation plan before demolition. Shutdown timing guides storage, loading and off-take.
Cement shutdown support ↗Know the lining.
Check the contact.
Mullite and high-alumina streams need review for glass, alkali and mixed zircon-bearing contamination. Furnace zone and original brick family help define suitability.
Discuss a glass-industry stream ↗Assess each
material stream.
Aluminosilicate and SiC-bearing materials may require checks for metal, salts and other process-specific contamination before a recovery route is agreed.
Request a material assessment ↗Source-specific
basic refractories.
Magnesia–chrome streams require review of metal and slag carryover, silica and chromium characteristics. Source identification remains essential.
Explore the copper-origin grade ↗A qualified
secondary source.
Explore recovered raw materials for compatible formulations, or discuss separated production returns. Agree chemistry, size, sample requirements and trials.
Browse raw materials ↗