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 …

Magnesia densification is essential for Mg-based refractories and materials to attain better
thermal performance and longer service life. Few industrial-scale processes can produce …

Abstract Herein, the Al 2 O 3–MgAl 2 O 4 composites were prepared using magnesite as
variate and bauxite and alumina as main raw materials through a solid oxide reaction at …

Injection moulding is accepted as one of the most important methods for shaping complex
ceramic cores, which are used to form intricate internal cooling passages of gas turbine …

This article reports a simple and cost-effective method to prepare ultrafine nanocrystalline
MgO/MgAl 2 O 4 spinel (M-MA) powders from industrial wastes arising from aluminium and …

This study introduces a novel approach to enhance the properties of sintered magnesium
oxide (MgO) aggregates by incorporating nickel oxide (NiO) powder as a solid-solution …

This work reports the influence of alumina fiber reinforcement of an AZ91Nd MMC (metal
matrix composite) on the PEO coating formation process in a sodium phosphate-based …

The feasibility of a facile technological route to preparation of refractory materials from a
ferronickel slag with the addition of sintered magnesia was verified in this study based on …

This work aims to study and improve the sintering, mechanical and refractory properties of
magnesium aluminate spinel, magnesia–spinel and alumina–spinel refractory bodies …

Abstract A microporous MgO–MgAl 2 O 4 gas-permeable brick was fabricated for use in
tundish to remove small inclusions in liquid steel using argon bubbles, based on the …