Effect of melting temperatures on the crystallization and densification of 2.8MgO·1.5Al2O3·5SiO2 glass–ceramic synthesized from mainly talc and kaolin

Crystallization and infrared radiation properties of iron ion doped cordierite glass-ceramics

“…2, for the reason of solid solution, the diffraction peaks present a shifting to some extent) [22]. No crystalline of Fe 2 O 3 or other phases were detected after the heat-treatments of heating at temperature of T P for 2 h. The exothermic peak of Fe 2 O 3 doped sample is sharper than the non-doped one, and with the increasing of Fe 2 O 3 content the peak temperature (T P ) shifted to lower trend [23,24].…”

Effect of Excess MgO on the Properties of Cordierite Ceramic Sintered by Solid‐State Method

“…Comparing the products, the shrinkage obviously increased when the temperature was higher. Excess MgO doped can facilitate sintering, but at a low temperature, this effect does not significantly manifested (as shown in Fig. a).…”

“…A common conclusion was reached that appropriate additives could increase the cordierite phase and decrease the melting temperature and crystallization temperature. Banjuraizah et al . investigated the densification and crystallization of nonstoichiometric cordierite glass in detail.…”

“…Based on this point, basic magnesium carbonate can be used as pore‐forming agent. But additional MgO will stimulate crystallization and produce more liquid . Both have a great influence on the porosity.…”

Development of New Cordierite‐Based Refractory Coatings for Casting Applications

“…The cordierite was chosen as refractory coating filler due to the following properties: (i) low thermal conductivity (3 W/(m·K)) and low coefficient of linear thermal expansion (α = 1.7 × 10 −6 /°C at 25°C); (ii) high thermal shock resistance (quenching/500) and high maximal temperature of application (1371°C); (iii) extreme resistance on liquid metal absorption; (iv) no gas production when in contact with liquid metal . Furthermore, the sediment stability of the coating suspension is one of the most important coating properties.…”