The demand for low-carbon MgO–C refractories is ever growing to meet the development of
advanced steelmaking technologies and efficient energy conservation. Meanwhile, to …

The development of low-carbon refractories is of great significance, but it is limited by the
deteriorated properties that resulted from the decreased graphite content. Incorporating …

The corrosion resistance of low-carbon Al 2 O 3–C refractories was improved by a novel
preparation method to satisfy the requirements of a newly developed smelting process …

The thermal shock stability and oxidation resistance of Al 2 O 3–C refractories are of critical
importance for iron and steel making processes. In rapid and repeated thermal shock …

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 …

The corrosion of refractory materials by high-temperature slag has caused severe technical
challenges and economic losses to the metallurgical industry. In this study, the …

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 …

SiC nanofiber coated graphite flakes were fabricated at a relatively low temperature of 1623
K via an in-situ catalytic reaction approach employing Co (NO 3) 2· 6H 2 O as a catalyst …

The mechanical properties and oxidation resistance of the Al 2 O 3-C refractories are of
critical importance for iron and steel making processes. However, the evaporation of …

The oxidation behaviors of the MgO-C refractories using different Si-containing antioxidants
(including Si, SiC, Si/SiC mixtures or Si/SiC-rich solid waste powders) were investigated …