High apparent porosity ceramics have a wide range of applications in chemical,
environmental, and automotive sectors as reactors, absorbers, and cleaning devices due to …

Porous ceramics with the introduction of low-grade diatomite (LDE) and oyster shell (OS)
were successfully fabricated via low-temperature sintering method. The micro-nano-sized …

Porous diatomite ceramics with hierarchical pores and high apparent porosity (50.29–56%)
were successfully fabricated via direct stereolithography. The pre-ball-milling time …

Considering the low-cost and environmental protection, the porous ceramics with high
porosity using natural diatomite powder were successfully prepared by utilizing hot injection …

Porous silica ceramics were obtained at low forming pressure and low sintering temperature
by using diatomaceous earth as a silica source and boric acid as an inexpensive additive …

Porous diatomite ceramics with high porosity, low thermal conductivity and reasonably high
compressive strength were prepared at relatively low temperatures (773–923 K) by the …

Porous ceramics with high apparent porosity have wide applications in various fields. In this
work, high apparent porosity ceramics were fabricated from fly ash cenosphere. Effects of …

Hierarchically pore-structured porous diatomite ceramics containing 82.9∼ 84.5% porosity
were successfully prepared for the first time via foam-gelcasting using diatomite powder as …

Diatomite powder, a naturally occurring porous raw material, was used to fabricate ceramic
materials with bimodal porosity and high strength. The effect of the sintering temperature on …

Low-cost porous ceramics with controllable pore size were prepared by using natural clay
and silica as starting materials and organic polymer sponge as template. The properties of …