Two-stage CO2 carbonation of alumina mud water controls pH to precipitate low-impurity pseudoboehmite while cutting waste and energy use.
Heating alumina particles before surface treatment removes adsorbed moisture, helping mask OH groups and maintain low dielectric loss in resin compositions.
Irregular alumina fillers enable dense packing and low viscosity at high loadings, achieving superior isotropic thermal conductivity.
Acid-milled inoculants enable hydrothermal crystallization to produce boehmite with controlled grain size and low surface area for plastic flame retardancy.