This article examines the utilization of fly ash in comparison with alumina as raw materials
and sources of aluminium oxide for synthesis of forsterite-spinel refractory ceramics. Raw …

Contemporary processes for extracting alumina from fly ash involve various disadvantages,
including high-energy consumption, heavy slag discharge, and severe equipment corrosion …

This article examines the influence of fly ash on corrosion resistance of refractory forsterite-
spinel ceramics by molten iron as a corrosive medium. Fly ash in comparison with alumina …

Porous ceramics have the advantages of low density, low thermal conductivity, and excellent
mechanical properties. Among porous ceramic manufacturing methods, the replica template …

Forsterite refractory ceramics is utilized in the metallurgical and cement industries as a lining
of metallurgical furnaces and rotary kilns for its high refractoriness up to 1850° C and …

This article studies the influence of raw material, sintering temperature, particle size, and Al
2 O 3 content on densification of mullite ceramics. Thermal cycle treatments were conducted …

The effects of MgO and temperature on the properties and microstructure of mullite ceramics
synthesized from high-aluminium coal fly ash and bauxite are investigated in this paper. The …

High-strength bauxite-based ceramic material was successfully prepared by using second-
grade bauxite with the addition of iron ore powder and manganese ore powder. By …

This experiment by using the composite method of the Mineralizer and short-cut carbon fiber
to improve the performance of the shell, The influence of addition of mineralizer and the …

Porous ceramics have the advantages of low density, low thermal conductivity, and excellent
mechanical properties. Among porous ceramic manufacturing methods, the replica template …