powered by CADENAS

Social Share

Corinthian bronze (12034 views - Material Database)

Corinthian bronze, also called Corinthian brass or æs Corinthiacum, was a highly valuable metal alloy in classical antiquity. It is thought to be an alloy of copper with gold or silver (or both), although it has also been contended that it was simply a very high grade of bronze, or a kind of bronze that was manufactured in Corinth. It is referred to in various ancient texts, but no known examples of Corinthian bronze exist today.
Go to Article

Corinthian bronze

Corinthian bronze

Corinthian bronze, also called Corinthian brass or æs Corinthiacum, was a highly valuable metal alloy in classical antiquity. It is thought to be an alloy of copper with gold or silver (or both), although it has also been contended that it was simply a very high grade of bronze, or a kind of bronze that was manufactured in Corinth.[1] It is referred to in various ancient texts, but no known examples of Corinthian bronze exist today.

Classical antiquity

Of the known types of bronze or brass, not distinguished in classical antiquity and interchangeably known in Latin as aes and in Greek as χαλκός, Corinthian bronze was the most valuable. Statues, vases and vessels, or other objects formed of this metal were priceless,[2] of greater value than if they had been made of silver or gold.[3] Pliny the Elder distinguished it into three kinds, depending on the metal that is added to the copper base: in the first, gold is added (luteum); in the second, silver (candidum); in the third, gold, silver, and copper are equally blended.[2][4] Plutarch and Cicero both comment that Corinthian bronze, unlike many other copper alloys, is resistant to tarnishing.[5] Pliny also refers to a fourth, dark alloy, known as hepatizon.

According to legend, Corinthian bronze was first created by accident, during the burning of Corinth by Lucius Mummius Achaicus in 146 BC, when the city's immense quantities of gold, silver, and copper melted together. Pliny[6] however, remarked that this story is unbelievable, because most of the creators of the highly valued works in Corinthian bronze in Ancient Greece lived at a much earlier period than second century BC.[4] According to Pliny, the method of making it had been lost for a long time,[7] although some sources describe the process by which it is created, involving heat treatment, quenching, leaching, and burnishing,[8] in a process similar to depletion gilding.[5] The lost ability to give an object made from bronze the appearance of gold or silver may be one strand behind the later alchemical quest to turn base metals into precious metals.

Outside classical antiquity

Articles made of Corinthian bronze are mentioned in the Bible. The Beautiful Gate (or Nicanor Gate) of the Second Temple in Jerusalem, mentioned in the Book of Acts 3:2–10, was a large, 18 metre (60 feet) wide structure said to be either solid, or covered in plates of, Corinthian brass. Another Biblical reference, in Book of Ezra 8:27, is usually translated "fine copper [or bronze], precious as gold".

Similar alloys are found outside Europe. The Hông-hee vases (1426) of China were said to be made of a similarly-mixed metal allegedly formed when the Imperial palace was burnt to the ground. These vessels are of priceless value.[3] An alloy of gold and copper, known as tumbaga was in widespread use in Pre-columbian Mesoamerica, and has an essentially identical composition to Corinthian brass.[8] A similar metallurgical process for "the colouration [chrôsis] of gold" is described in the 15th recipe in the Leyden papyrus X, from Thebes in Egypt, dated to the 4th century AD.[5]

Quotations

I think it may be of Corinthian brass
Which was a mixture of all metals, but
The brazen uppermost.
— —Byron, Don Juan, vi. 56.
Man is the most composite of all creatures.... Well, as in the old burning of the Temple at Corinth, by the melting and intermixture of silver and gold and other metals a new compound more precious than any, called Corinthian brass, was formed; so in this continent,—asylum of all nations,—the energy of Irish, Germans, Swedes, Poles, and Cossacks, and all the European tribes,—of the Africans, and of the Polynesians,—will construct a new race, a new religion, a new state, a new literature, which will be as vigorous as the new Europe which came out of the smelting-pot of the Dark Ages, or that which earlier emerged from the Pelasgic and Etruscan barbarism.
— —Ralph Waldo Emerson, describing American Culture as a melting pot in a journal entry, 1845

See also

  • brass
  • bronze
  • electrum – a naturally occurring alloy of gold and silver, often with trace amounts of copper, often used in antiquity
  • hepatizon – a similar bronze alloy with a dark patina, also known in classical antiquity and sometimes identified as a sub-type of Corinthian bronze
  • orichalcum – another metal mentioned in ancient texts, later used to refer to brass
  • panchaloha
  • thokcha, also known as "thunderbolt iron" – meteoric iron, ancient small metal objects made from this material, or made from an alloy including this material, or imitations of same; of religious significance in Tibetan culture and culturally-related areas
  • tumbaga
  • shakudō – a Japanese billon (alloy) of gold and copper with a dark blue-purple patina
  • shibuichi

鋁鎳鈷合金鋁合金Aluminium bronzeAluminium-lithium alloyArsenical bronzeArsenical copperBell metalBeryllium copperBillon (alloy)BirmabrightBismanol黃銅青铜Calamine brassChinese silverChromium hydride康銅氢化亚铜Copper–tungsten杜拉鋁Dutch metalFlorentine bronzeGilding metal玻璃GlucydurGuanín (bronze)GunmetalHiduminiumHydronaliumItalma镁铝合金MegalliumMercuryMuntz metalNichromeOrmoluPhosphor bronzePinchbeck (alloy)塑料PlexiglasRose's metalSpeculum metal不鏽鋼Stellite钢结构Tombac維塔立合金伍德合金Y alloyCunife白铜Cymbal alloysDevarda's alloy琥珀金HepatizonManganinMelchior (alloy)Nickel silverMolybdochalkos北歐金ShakudōTumbagaAlGaGalfenolGalinstan白金 (合金)銠金礦Crown goldElinvarField's metalFernicoFerroalloyFerroceriumFerrochromeFerromanganeseFerromolybdenumFerrosiliconFerrotitaniumFerrouranium不變鋼铸铁Iron–hydrogen alloy生鐵Kanthal (alloy)KovarStaballoySpiegeleisenBulat steelCrucible steel41xx steel大馬士革鋼Mangalloy高速鋼Mushet steel马氏体时效钢High-strength low-alloy steelReynolds 531电工钢Spring steelAL-6XNCelestriumAlloy 20Marine grade stainless马氏体不锈钢Sanicro 28Surgical stainless steelZeron 100Silver steelTool steel耐候钢烏茲鋼銲料TerneType metalElektron (alloy)汞齊Magnox (alloy)AlumelBrightrayChromelHaynes International英高鎳合金MonelNicrosilNisilNickel titaniumΜ合金透磁合金超導磁率合金Nickel hydridePlutonium–gallium alloy钠钾合金MischmetalTerfenol-DPseudo palladiumScandium hydride釤鈷磁鐵Argentium sterling silverBritannia silverDoré bullionGoloidPlatinum sterlingShibuichiSterling silverTibetan silverTi Beta-C.Titanium alloy氢化钛Gum metalTitanium gold氮化钛巴氏合金Britannia metalPewterQueen's metalWhite metal氢化铀ZamakZirconium hydride甲烷Mezzanine原子

This article uses material from the Wikipedia article "", which is released under the Creative Commons Attribution-Share-Alike License 3.0. There is a list of all authors in Wikipedia

Material Database

database,rohs,reach,compliancy,directory,listing,information,substance,material