Mullite fiber-based porous ceramics is one of the most commonly used high-temperature
insulation materials. However, how to further reduce the thermal conductivity and improve …

One of the key problems to overcome, in the development of electronic substrates, is that of
thermal distortion because of thermal mismatch between silicon and the substrate. The aim …

Mullite ceramic-based porous aggregates, known for their high strength and closed porosity,
are widely utilized in engineering. This study successfully prepared mullite-ceramic-based …

Ceramic aerogels have attracted significant attention in the field of high-temperature
insulation. However, most ceramic aerogels suffer from inadequate mechanical properties …

The massive accumulation of industrial waste has become an environmental problem that is
very difficult to deal with. In this paper, mullite whisker nanomaterials were developed …

Natural and chemical-free material in food packaging applications has gained interest
globally with increasing demand for human health and environmental concerns. The present …

Ceramic membranes have high potential for wastewater recovery. However, the high cost of
raw materials and the high energy consumption for manufacturing, limit their use. This study …

The paper presents the results of a study of the properties of Poletaevsky kaolin with the aim
of using it in the ceramic industry. Based on the results of determining the chemical, mineral …

It was previously demonstrated that geopolymers can be synthesized using organic bases
rather than alkali hydroxides, thereby removing the alkali cations from the composition and …

In this study, we investigated the effect of sintering temperature and nano boehmite
additions on the phase composition, densification, and mechanical properties of porous …