Gray-black, metal like solid. m.p. 630.74 ºC; 1167.33 ºF b.p. 1750 ºC; 3182 ºF density 6.691 g/cc; 417.705 pound/cubic foot	memory peg
	Known to the ancients
	The word Antimony is a Latin corruption of Arabic انتيمون ([al-]ithmīd), which is derived from Latin Stibium, which came from Greek στιβι [stibi] = a cosmetic powder (Sb2S3). explanations as "an enemy of solitude" or "against the monks" are phantasies.

Antimony, in the form of its sulphide (stibnite, Sb₂S₃), has been known from very early times, more especially in Eastern countries, reference to it being made in the Old Testament. In antiquity, Antimony was merely used for making cosmetics such as rouge and black paint for eye brows. Initially Antimony was confused with lead. Somewhat accurate description of Antimony was available for the first time in alchemical literature of the renaissance period. Georgius Agricola (1494-1555) described how to smelt and used antimony metal. In 1604 Basilius Valentinus (1565-1624) wrote a monograph on Antimony, Triumph-Wagen des Antimonij (Triumphal Chariot of Antimony). This is regarded as the first monograph devoted to the chemistry of a single metal.

Valentine's book was edited and published by Johann Thölde in Nürnberg in 1676 (note) and contains treatises by several famous alchemists, including the Benedictine alchemist Basil Valentine, who wrote the featured selection. The frontispiece shows Mercury, Antimony, and other archetypal powers parading through the countryside in a chariot while an angel looks on from above. The word "triumphal" refers not to the conquering of anything but rather to an ancient pagan procession in which people dressed up in costumes depicting the archetypal forces in nature were carried through the streets in a chariot. For many alchemists, especially Isaac Newton, the metal Antimony became a more potent form of Mercury with which to work transformation. They were fascinated by a property of Antimony to form a cyrstalline star (the Star Regulus) under certain conditions. For alchemists, of course, that symbolized the quintessence of matter. (Read an English translation).

At present, the most common name for the element is Antimonium. However, in his essay on the chemical signs (note), Jakob Berzelius used for Antimony the symbol Sb (also St), being an abbreviation of Stibium. This became the official symbol, despite the fact that Stibium or its derivations are rarely used in the different languages. Further, the name Surma is used in some Slavic and Altaic languages.

Antimony sulphide (Sb₂S₃) in the form of powder was used in the Orient as a cosmetic to darken and beautify their eyebrows. In ancient Egypt the name for this cosmetic powder was "sdm" (variant "msdm.t") which is derived from the Coptic CTHM [stem]. The word was borrowed in Greek as στιμμι [stimmi] or στιβι [stibi]. This substance with the name στιμμι is described by Dioskorides (Materia medica 5, 99) and Pliny (Naturalis historia 33, 34) so clearly, that it is certain that it concerns Sb₂S₃. In turn, the Latin language borrowed their word from the Greek as Stibium (which is now used as the Latin name for the element and the source for the chemical symbol Sb).

The Arabic designation, انتيمون ("uthmud" or "othmod" or, with the article, "al-ithmīd") is probably a loan word from the Latin Stibium. The alchemists used — like other terms — a corruption of the Arabic word, refashioned so as to wear a Latin aspect, thus "al-ithmīd" was latinized as "athimodium", "atimodium", "atimonium", "Antimonium".

Thus Antimonium is the latinized form of an Arabization of the Latin Stibium!

• Antimonium > αντι + μονος [anti + monos]: "an enemy of solitude", underlining the simultaneous occurrence of antimony and other minerals
• Antimoine > anti + moine: against the monks ("monks'-bane"), making the name originate (more than 400 years too late) with the chemist Basil Valentine, in end of 15th c. Also given as αντι + μοναχος [anti + monachus] with the same meaning.
• Antimonium > anti + monetus.

• N. Lémery, Traité de l'antimoine. Paris, 1707.
• Antimon. Gmelins Handbuch der anorganische Chemie, 8. Aufl.; System-Nummer 18 (1950).
• Mary Elvira Weeks, Discovery of the Elements, comp. rev. by Heny M. Leicester (Easton, Pa.: Journal of Chemical Education, 1968), pp. 95-103.
• Egyptian loan-words in English.