#antimony

• Antimonial — Containing antimony (stibium), relating to antimony, or obtained from this metalloid; a chemical preparation, alloy, or medicinal compound whose structure includes antimony. In the history of pharmacy, it describes specific remedies used as emetics (to induce vomiting) or as antiparasitic treatments in early veterinary and human medicine.
• Antimonate — A salt of antimonic acid, obtained through the chemical combination of pentavalent antimony oxide with a base or a metallic oxide; a chemical compound structurally featuring stibium in its maximum valence state. As an adjective, it describes a substance or mineral treated with or containing such an anionic compound in its crystalline lattice.
• Antimonic — Containing antimony (stibium) in its maximum valence state (pentavalent, +5); relating to chemical compounds derived from higher antimony acid or oxide. In a structural sense, it defines molecules with high thermal stability and specific reactivity, often utilized as flame retardants or catalysts in industrial processes.
• Antimonic — The feminine singular form of the adjective antimonic; containing antimony (stibium) in its maximum pentavalent valence state (+5) or relating to compounds derived from higher stibium acid or oxide. In a structural sense, it defines a stable substance, salt, or solution utilized industrially as a flame retardant, opacifier, or catalyst.
• Antimonyl — A monovalent chemical radical composed of one antimony atom and one oxygen atom (SbO), wherein stibium acts in a trivalent valence state; a functional group that structurally enters the composition of certain complex salts, such as antimony potassium tartrate (tartar emetic). In an industrial and pharmaceutical sense, its compounds were historically used as emetics or mordanți in dyeing.
• Antimony — A chemical element with atomic number 51 and symbol Sb, located in group 15 of the periodic table, being a lustrous, silvery-white metalloid that is brittle and possesses low thermal and electrical conductivity. In a structural and industrial sense, it is widely utilized in manufacturing antifriction alloys, battery plates, semiconductor materials, and as a flame retardant agent.