Fly ash is a typical industrial solid waste that seriously affects human health and ecological
balance. In order to recycle the fly ash, in this work, porous mullite ceramics were …

Using coal fly ash slurry samples supplemented with different amounts of Al 2 O 3, we
fabricated mullite-based porous ceramics via a dipping-polymer-replica approach, which is …

Porous mullite ceramics were fabricated from an industrial grade mullite powder by
gelcasting process using fly ash cenospheres (FAC) as a pore‐forming agent. The influence …

Mullite-based ceramics were produced entirely from industrial wastes. Aluminum dross (AD)
is a waste product produced in secondary aluminum refining, and coal fly ash (CFA) which is …

Porous mullite ceramics are widely used in heat insulation owing to their high temperature
and corrosion resistant properties. Reducing the thermal conductivity by increasing porosity …

Porous mullite ceramics are potential advanced thermal insulating materials. Pore structure
and purity are the main factors that affect properties of these ceramics. In this study, high …

Porous fibrous mullite ceramics with a narrow range of pore size distribution have been
successfully prepared utilizing a near net-shape epoxy resin gel-casting process by using …

A novel fibrous porous mullite network with a quasi-layered microstructure was produced by
a simple vacuum squeeze moulding technique. The effects of organic binder content …

High performance mullite ceramics were prepared from high-aluminum fly ash without any
extra materials via a series of steps. The original fly ash was pretreated with alkali and acid …

Low-cost mullite ceramics were prepared from the mixtures of natural bauxite and industrial
waste fly ash. The fired samples, including fly ash, bauxite and their mixture based on the …