Series of six cordierite-mullite ceramics were synthesized via solid state reaction at various
temperatures from 1250 C for pure cordierite to 1500 C for pure mullite. Then the samples …

Six mixtures for cordierite–mullite ceramics were synthesized at various temperatures from
1,523.15 K (1,250° C) for pure cordierite to 1,773.15 K (1,500° C) for pure mullite. Then, the …

In this study, attempts were undertaken to explore the possibilities to prepare cordierite–
mullite composites with potentiality to be used as refractory materials from natural raw …

The scope of this study is to investigate the effect of starting materials on some properties of
synthesized cordierite. Based on the stoichiometric composition of cordierite, two batches …

The fabrication of a mullite-bonded cordierite body suitable for use as kiln furniture has been
investigated in this article. First of all cordierite powder was synthesized by mixing talc …

Ceramics containing cordierite and mullite as their principal phases are promising for many
applications, due to properties such as a low coefficient of thermal expansion, high …

It is possible to obtain cordierite ceramics with high temperature synthesis using both
synthetic and raw natural materials. This paper discusses the possibilities to obtain …

Cordierite ceramics are known for their low CTE and high compressive strength values
which affords them place in fields where demanding thermal and mechanical properties are …

In this study cordierite has been synthesized by solid state process at temperature range of
1050-1400 ºC from Iraqi raw materials (kaolin clay and magnesite). The products are …

Cordierite is largely known for its low coefficient of thermal expansion and other valuable
properties leading to its wide use in severe thermal and chemical conditions. Cordierite …