The synergistic effects of Al3BC3–Al antioxidants on optimizing the oxidation resistance of
low‐carbon MgO–C refractories were investigated. The results indicated that the oxidation …

Porous MgO based ceramics have been widely used in some key industries due to their
excellent performance. To investigate the feasibility of preparing porous magnesia ceramics …

The corrosion mechanism of novel MgO–Al 3 BC 3 refractories in contact with converter slag
was investigated. Results demonstrated that refractories with an optimized Al 3 BC 3–Al …

This research focuses on the utilization of SiC whiskers synthesized from rice husk powders
in low-carbon magnesia–carbon (MgO–C) refractories, and attempts to reduce the flake …

The rapid development of iron and steel metallurgy technology has promoted the continuous
innovation and iteration of carbon-containing refractories for clean steel smelting. To meet …

The oxidation resistance of low carbon Al 2 O 3–C refractories with the addition of SiC nw/Al
2 O 3 composite powders and the enhancement mechanisms were investigated. The …

Spinel has been widely used in refractories because of its excellent properties, but
conventional spinel has the problem of poor activity and high cost. In this study, a highly …

In this study, we converted renewable rice husk into SiC whiskers and added them to low-
carbon MgO–C refractories to investigate their effect on the structure, thermomechanical …

A novel strategy was exploited for the fabrication of AlN–AlON refractories via nitrogen gas
pressure sintering of Al4O4C. The phase transformation and microstructure evolution during …

In this study, a novel MgO–C refractory, fabricated through high–temperature nitriding, was
developed by incorporating Si–Al 4 SiC 4 to in–situ form plate–like Mg–sialon ceramic …