The resulting product is characterized by its dendritic needle-like shape and unique thermal properties. Fused Mullite has a low coefficient of thermal expansion which results in a product with excellent thermal shock resistance and resistance to deformation under load. Fused Mullite is used for many applications including investment cast shell building, kiln furniture, glass contact refractories, and other applications requiring a high purity raw material with excellent thermal shock resistance and hot strength.
MUB is a fused mullite obtained from fusion of high purity sand and alumina in an electric arc furnace. It presents low thermal expansion and high thermal shock resistance that make MUB an excellent material for investment casting and other refractory applications. MUBS is a fused mullite obtained from fusion of silica sand and alumina in an electric arc furnace.
Rahman, Refinement of the real structures of and mullite, J.
Cassidy, J. Woolfrey, and J. Bartlett, The effect of precursor chemistry on the crystallisation and densification of sol—gel derived mullite gels and powders, J. Low and R. Kumar Chakravorty and D. Pollinger and G. Messing, Metastable solid solution extension of mullite by rapid solidification, J.
Schneider and T. Rymon-Lipinski, Occurrence of pseudotetragonal mullite, J. Sales and J.
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Schneider, R. Fischer, and D. Schneider, and D. Voll, Formation of aluminum rich mullite and its transformation to low alumina mullite upon heating, J. Bowen and J. Shears and W. Archibald, Aluminosilicate refractories, Iron Steel 27 , 26—30 and 61—65 Toropov and F. Nauk , 8 Aramaki and R. Roy, Revised equilibrium diagram for the system Al 2 O 3 , J. Aksay and J. Huling and G. Messing, Epitactic nucleation of spinel in aluminum silicate gels and effect on mullite crystallization, J.
Materials – Mullite
Sundaresan and I. Aksay, Mullitization of diphasic aluminosilicate gels, J. Sacks, Y. Lin, G. Scheiffele, K. Wang, and N. Bozkurt, Effect of seeding on phase development, densification behavior, and microstructure evolution in mullite fabricated from microcomposite particles, J Am. Davis and J. Risbud and J. Bergeron and S. Klug, S. Prochazka, and R. Doremus, Alumina—silica phase diagram in the mullite region, J. Goski and W. Caley, Reaction sintering of kyanite and alumina to form mullite composites, Can. Prochazka and F. Klug, Infrared-transparent mullite ceramics, J. Al-jarsha, H.
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Mohd, A. Rahman, T. Davies, R. Wakefield, and G.
Sargeant, Preparation, characterization and uses of mullite grain, J. Nixon, S. Chevacharoenkul, and R. Schneider, K. Okada, and J.
Chandran and K. Patil, A Rapid combustion process for the preparation of crystalline mullite powders, Materi. Hyatt and N. Bansal, Phase transformations in xerogels of mullite composition. Li and W. Thomson, Mullite formation kinetics of a single-phase gel, J. Colomban and L. Messing, Hybrid gels for homoepitactic nucleation of mullite, J. MacKenzie, R. Meinhold, J. Patterson, H. Schneider, M. Schmuecker, and D. Voll, Structural evolution in gel-derived mullite precursors, J.
Mullite | Blasch Precision Ceramics
Andrews, G. Beall, and A. Lessing, R. Gordon, and K. Mazdiyasni, Creep of polycrystalline mullite, J. Kollenberg and H. Paulmann, Study of oxygen vacancy ordering in mullite at high temperature, Phase Trans. Kumazawa, S. Ohta, H. Tabata, and S.