To overcome the bottleneck in improving the high-temperature mechanical properties of SiC
castables bonded with vulnerable oxides, a lab-synthesized special carbon …

The influence of the small addition of topaz on the processes of mineral formation in the
“mullite–cordierite” system with a variable ratio of cordierite and mullite has been …

One of the most important aspects to be evaluated when predicting the performance of
refractory materials is their thermal shock resistance, especially considering the …

Bagasse and rice hulls ash are both waste materials. In recent years, in order to meet
environmental protection, these materials have been recycled in the production of porous …

The study aims to investigate the effects of pore structure on the thermal shock resistance of
porous refractory materials. Porous material is constituted by a solid frame and the pores …

Thermal shock stability plays a great role in the selection of optimal refractory material.
Different methods of characterization were developed for this purpose, including the …

Abstract Resin–bonded Al 2 O 3–MgO–C refractories were fabricated with dispersed
aluminosilicate reinforcement. The reinforced systems were strong and tough to thermal …

This study modifies the hydration process of hydrated magnesium carboxylate (HMC) by
organic acids to improve the workability of HMC‐bonded castables (HMCC), while …

Thermo-mechanical properties of a silicate based glass and its potential use for sealing
application in intermediate temperature solid oxide cell (SOC) are presented in this paper …

Ultrasonic pulse velocity testing was carried out to perform nondestructive quality control of
refractory plates used as substrates in fast firing of porcelain whiteware. Two cordierite …