powered by CADENAS

Social Share

Hepatizon (9760 views - Material Database)

Hepatizon (Greek etymology: ἧπαρ, English translation: "liver"), also known as Black Corinthian Bronze, was a highly valuable metal alloy in classical antiquity. It is thought to be an alloy of copper with the addition of a small proportion of gold and silver (perhaps as little as 8% of each), mixed and treated to produce a material with a dark purplish patina, similar to the colour of liver. It is referred to in various ancient texts, but few known examples of hepatizon exist today. Of the known types of bronze or brass in classical antiquity (known in Latin as aes and in Greek as χαλκός), hepatizon was the second most valuable. Pliny the Elder mentions it in his Natural History, stating that it is less valuable than Corinthian bronze, which contained a greater proportion of gold or silver and as a result resembled the precious metals, but was esteemed before bronze from Delos and Aegina. As a result of its dark colour, it was particularly valued for statues. According to Pliny, the method of making it, like that for Corinthian bronze, had been lost for a long time. Similar alloys are found outside Europe. For example, shakudō is a Japanese billon of gold and copper with a characteristic dark blue-purple patina.
Go to Article

Hepatizon

Hepatizon

Hepatizon (Greek etymology: ἧπαρ, English translation: "liver"), also known as Black Corinthian Bronze, was a highly valuable metal alloy in classical antiquity. It is thought to be an alloy of copper with the addition of a small proportion of gold and silver (perhaps as little as 8% of each), mixed and treated to produce a material with a dark purplish patina, similar to the colour of liver. It is referred to in various ancient texts, but few known examples of hepatizon exist today.

Of the known types of bronze or brass in classical antiquity (known in Latin as aes and in Greek as χαλκός), hepatizon was the second most valuable. Pliny the Elder mentions it in his Natural History, stating that it is less valuable than Corinthian bronze, which contained a greater proportion of gold or silver and as a result resembled the precious metals, but was esteemed before bronze from Delos and Aegina.[1][2] As a result of its dark colour, it was particularly valued for statues.[3] According to Pliny, the method of making it, like that for Corinthian bronze, had been lost for a long time.

Similar alloys are found outside Europe. For example, shakudō is a Japanese billon of gold and copper with a characteristic dark blue-purple patina.

Other uses

The same term is part of the binomial species names of various living things:

Lichen

  • Cetraria hepatizon
  • Melanelia hepatizon
  • Lichen hepatizon
  • Parmelia hepatizon
  • Platysma hepatizon
  • Tuckermanopsis hepatizon

Snail

  • Rhysotina hepatizon
  • Thomeonanina hepatizon

See also

Metallurgy


AlnicoGlinStopy aluminiumBrązalAluminium-lithium alloyArsenical bronzeArsenical copperBell metalBeryl (pierwiastek)Brązy#Brąz berylowyBilon (stop)BirmabrightBismanolBizmutMosiądzBrązyCalamine brassChinese silverChromChromium hydrideKobaltKonstantanMiedźCopper hydrideCopper–tungstenBrąz korynckiCuniferMiedzionikielCymbal alloysStop DevardyDuraluminiumDutch metalElektrumFlorentine bronzeGalGilding metalSzkłoGlucydurZłotoGuanín (bronze)SpiżHiduminiumHydronaliumIndŻelazoItalmaOłówMagnalMagnezMegalliumMercuryMuntz metalChromonikielinaNikielOrmoluFosfobrązPinchbeck (alloy)Tworzywa sztucznePlexiglasPluton (pierwiastek)PotasRod (pierwiastek)Stop RosegoSamarSkandSrebroSódSpeculum metalStal nierdzewnaStalStellitStal konstrukcyjnaCynaTytan (pierwiastek)TombakUran (pierwiastek)VitalliumStop WoodaY alloyCynkCyrkon (pierwiastek)ManganinMelchior (stop metali)Nowe srebroMolybdochalkosNordic goldShakudōTumbagaAlGaGalfenolGalinstanNiebieskie złotoRhoditeCrown goldElinwarField's metalFernicoŻelazostopyKamień do zapalniczkiFerrochromeFerromanganeseFerromolybdenumŻelazokrzemFerrotitaniumFerrouraniumInwarŻeliwoIron–hydrogen alloySurówka hutniczaKantalKovarStaballoySpiegeleisenBułat (stal)Crucible steel41xx steelStal damasceńskaStal HadfieldaStal szybkotnącaMushet steelStal maragingStal konstrukcyjna niskostopowaReynolds 531Blacha elektrotechnicznaStal sprężynowaAL-6XNCelestriumAlloy 20Marine grade stainlessMartensitic stainless steelSanicro 28Stal chirurgicznaZeron 100Silver steelStal narzędziowaStal o podwyższonej odporności na warunki atmosferyczneWootz steelLut (technologia)TerneStop drukarskiElektron (stop magnezu)AmalgamatMagnoxAlumelBrightrayChromelHaynes InternationalInconelMonelNicrosilNisilNitinolMumetalPermalojSupermalojNickel hydridePlutonium–gallium alloySodium-potassium alloyMiszmetalLitTerfenol-DPseudo palladiumScandium hydrideSamarium–cobalt magnetArgentium sterling silverBritannia silverDoré bullionGoloidPlatinum sterlingShibuichiSterling silverTibetan silverTitanium Beta CTitanium alloyTitanium hydrideGum metalTitanium goldTitanium nitrideBabbit (stop)Britannia (stop)PewterQueen's metalWhite metalWodorek uranuZnalZirconium hydrideWodórHel (pierwiastek)BorAzotTlenFluorMetanMezzanino (architektura)Atom

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,restrictions,data sheet,specification