Linked from

The 19 pages that link to Alumina, each with the reason it gives.

• Sodium hydroxideRelated: The Bayer process uses sodium hydroxide to extract alumina from bauxite.

• BauxiteBroader topic: This refined oxide is the intermediate product made from bauxite.

• Ceramic glazeRelated: Alumina helps keep molten glaze from running off a vessel.

• JamaicaBroader topic: It is the main processed product of Jamaica’s bauxite sector.

• RefractoryRelated: Its high melting point and chemical stability make it a basis for many refractories.

• AluminosilicateCompared with: Unlike aluminosilicates, alumina contains no silicon–oxygen framework.

• Stationary phaseRelated: Its surface chemistry provides an alternative solid stationary phase to silica.

• AmphoterismRelated: Its reactions with acids and bases are relevant to extraction and aluminum-oxide processing.

• Hall–Héroult processRelated: It supplies the aluminium ions reduced at the cathode.

• Aluminium smeltingRelated: Its dissolved aluminium ions are reduced at the cell’s cathode.

• Bayer processBroader topic: It is the refined product made by the process.

• Thin-layer chromatographyBroader topic: It provides an alternative stationary layer when silica is unsuitable.

• Bauxite miningBroader topic: It is the refined intermediate produced from the mined ore.

• CryoliteRelated: Alumina dissolves in molten cryolite instead of requiring electrolysis as a pure melt.

• Aluminium fluorideRelated: Alumina dissolves in the fluoride electrolyte that aluminium fluoride helps modify.

• Zirconium dioxideCompared with: Alumina is generally stiffer and less transformation-toughened than zirconia.

• Silicon nitrideCompared with: Alumina is generally less costly, while silicon nitride offers greater fracture resistance.

• Cerium(IV) oxideCompared with: Alumina often supports catalysts but lacks ceria’s facile reversible oxygen storage.

• Fire brickRelated: Higher alumina content generally suits fire bricks to hotter service.