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 …

Abstract Development of nano carbon containing magnesia graphite refractories to reduce
the total carbon content is urgently required for application of low carbon steel smelting. In …

The influence of calcium magnesium aluminate (CMA) aggregate and silicon carbide on the
slag corrosion resistance of MgO–C refractories was investigated by the induction furnace …

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 …

Abstract Novel AlN-SiC-C refractories were fabricated by nitrogen gas-pressure sintering
using single Al 4 SiC 4 as raw-material. The high nitrogen pressure is essential and effective …

The development of advanced refractories with low thermal conductivity and long service life
is of great significance for optimizing the energy consumption structure of high-temperature …

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 …

Abstract The Ladle Furnace (LF) refining slag resistance of MgAlON–MgO composites
synthesized from spent MgO–C brick was investigated using the sessile drop technique …

Flake graphite is prone to preferential orientation distribution owing to its flat geometric
structure, resulting in significant anisotropy of the physical properties of MgO-C refractories …

In this study, novel MgO–Al 3 BC 3 refractories were developed by gradually replacing flake
graphite with Al 3 BC 3 in unfired low–carbon MgO–C refractories. The high temperature …