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Britannia metal (2383 views - Material Database)

Britannia metal (also called britannium or Britannia ware) is a specific type of pewter alloy, favoured for its silvery appearance and smooth surface. The composition is typically about 92% tin, 6% antimony, and 2% copper. Britannia metal is usually spun rather than cast, and melts at 255 degrees Celsius.
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Britannia metal

Britannia metal

Britannia metal (also called britannium or Britannia ware[1]) is a specific type of pewter alloy, favoured for its silvery appearance and smooth surface. The composition is typically about 92% tin, 6% antimony, and 2% copper.[2]

Britannia metal is usually spun rather than cast,[1] and melts at 255 degrees Celsius.[3]

History

Britannia metal was first produced[4] in 1769 or 1770. James Vickers created it after purchasing the formula from a dying friend. It was originally known as "Vickers White Metal" when made under contract by the Sheffield manufacturers Ebenezer Hancock and Richard Jessop. In 1776 James Vickers took over the manufacturing himself and remained as owner until his death in 1809, when the company passed to his son John and son-in-law Elijah West. In 1836 the company was sold to John Vickers's nephew Ebenezer Stacey (the son of Hannah Vickers and John Stacey).

After the development of electroplating with silver in 1846, Britannia metal was widely used as the base metal for silver-plated household goods and cutlery.[5] The abbreviation EPBM on such items denotes "electroplated Britannia metal". Britannia metal was generally used as a cheaper alternative to electroplated nickel silver (EPNS) which is more durable.

Britannium is used to make the Oscar statuettes handed out each year at the Academy Awards. The 8 12-pound statuettes are Britannia metal plated with gold.[6]

In his essay, "A Nice Cup of Tea", writer George Orwell asserts that "britanniaware" teapots "produce inferior tea" when compared to chinaware.[7]

See also


41xx steelAL-6XNAlGaAlloy 20AlnicoAlumelAluminiumAluminium alloyAluminium bronzeAluminium-lithium alloyAmalgam (chemistry)Argentium sterling silverArsenical bronzeArsenical copperBabbitt (alloy)Bell metalBerylliumBeryllium copperBillon (alloy)BirmabrightBismanolBismuthBrassBrightrayBritannia silverBronzeBulat steelCalamine brassCast ironCelestriumChinese silverChromelChromiumChromium hydrideCobaltColored goldConstantanCopperCopper hydrideCopper–tungstenCorinthian bronzeCrown goldCrucible steelCunifeCupronickelCymbal alloysDamascus steelDevarda's alloyDoré bullionDuraluminDutch metalElectrical steelElectrumElektron (alloy)ElinvarFernicoFerroalloyFerroceriumFerrochromeFerromanganeseFerromolybdenumFerrosiliconFerrotitaniumFerrouraniumField's metalFlorentine bronzeGalfenolGalinstanGalliumGilding metalGlassGlucydurGoldGoloidGuanín (bronze)Gum metalGunmetalHaynes InternationalHepatizonHiduminiumHigh-speed steelHigh-strength low-alloy steelHydronaliumInconelIndiumInvarIronIron–hydrogen alloyItalmaKanthal (alloy)KovarLeadLithiumMagnaliumMagnesiumMagnox (alloy)MangalloyManganinMaraging steelMarine grade stainlessMartensitic stainless steelMegalliumMelchior (alloy)MercuryMischmetalMolybdochalkosMonelMu-metalMuntz metalMushet steelNichromeNickelNickel hydrideNickel silverNickel titaniumNicrosilNisilNordic GoldOrmoluPermalloyPhosphor bronzePig ironPinchbeck (alloy)PlasticPlatinum sterlingPlexiglasPlutoniumPlutonium–gallium alloyPotassiumPseudo palladiumReynolds 531RhoditeRhodiumRose's metalSamariumSamarium–cobalt magnetSanicro 28ScandiumScandium hydrideShakudōShibuichiSilverSilver steelSodiumSodium-potassium alloySolderSpeculum metalSpiegeleisenSpring steelStaballoyStainless steelSteelStelliteSterling silverStructural steelSupermalloySurgical stainless steelTerfenol-DTerneTibetan silverTinTitaniumTitanium alloyTitanium Beta CTitanium goldTitanium hydrideTitanium nitrideTombacTool steelTumbagaType metalUraniumVitalliumWeathering steelWood's metalWootz steelY alloyZeron 100ZincZirconiumPewterQueen's metalWhite metalUranium hydrideZamakZirconium hydrideHydrogenHeliumBoronNitrogenOxygenFluorineMethaneMezzanineAtom

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