{"id":9899,"date":"2023-08-07T02:14:09","date_gmt":"2023-08-07T02:14:09","guid":{"rendered":"https:\/\/china-maching.com\/?p=9899"},"modified":"2023-08-29T01:57:45","modified_gmt":"2023-08-29T01:57:45","slug":"understanding-nickel-based-superalloys-2","status":"publish","type":"post","link":"https:\/\/china-maching.com\/hr\/razumijevanje-superlegura-na-bazi-nikla-2\/","title":{"rendered":"Razumijevanje superlegura na bazi nikla"},"content":{"rendered":"

\u0160to su superlegure i njihov sastav?<\/h2>\n

\"Superlegure<\/p>\n

Otkrijte snagu superlegura<\/h3>\n

Superlegure su doista izvanredne legure dizajnirane da izdr\u017ee ekstremne temperature i stresne uvjete. S iznimnim mehani\u010dkim svojstvima, \u010dvrsto\u0107om na visokim temperaturama i vrhunskom otporno\u0161\u0107u na koroziju, ovi su materijali savr\u0161eni za primjene visokih performansi kao \u0161to su turbinski motori, nuklearni reaktori i petrokemijska postrojenja.<\/p>\n

Osloba\u0111anje snage superlegura na bazi nikla<\/h3>\n

Me\u0111u raznim dostupnim superlegurama, superlegure na bazi nikla vladaju. Prepune visoke koncentracije nikla i drugih bitnih elemenata poput kroma, kobalta i molibdena, ove legure nude neusporedivu \u010dvrsto\u0107u, otpornost na koroziju i za\u0161titu od oksidacije.<\/p>\n

Klju\u010dna uloga nikla u superlegurama<\/h3>\n

Tajna snage superlegura le\u017ei u dodatku nikla. Kao glavna komponenta, nikal stabilizira strukturu legure i pove\u0107ava otpornost na visoke temperature, otpornost na puzanje i otpornost na koroziju<\/a>. To je okosnica ovih izvanrednih materijala.<\/p>\n

Osnovna rje\u0161enja za vrhunsku izvedbu<\/h3>\n

Uz nikal, krom, kobalt i molibden igraju klju\u010dnu ulogu u superlegurama na bazi nikla. Krom pove\u0107ava otpornost na oksidaciju, kobalt osigurava izvrsnu otpornost na pucanje, a molibden stabilizira karbidnu fazu i pove\u0107ava otpornost na deformaciju pri visokim temperaturama. Svaki element doprinosi iznimnim svojstvima legure.<\/p>\n

Otkrivanje kemijskog i temperaturnog u\u010dinka<\/h3>\n

Superlegure na bazi nikla obi\u010dno sadr\u017ee 50% do 70% nikal, 10% do 20% krom, 5% do 15% kobalt i 1% do 10% molibden. Kemijski sastav legure i proces proizvodnje uvelike utje\u010du na njezina mehani\u010dka svojstva. Kako ove legure podnose visoke temperature, njihova mikrostruktura se transformira, \u0161to rezultira promjenama u \u010dvrsto\u0107i, fleksibilnosti i \u017eilavosti. Sastav legure igra klju\u010dnu ulogu u postizanju optimalne u\u010dinkovitosti.<\/p>\n

Oslobodite potencijal superlegura i do\u017eivite nenadma\u0161nu snagu, izdr\u017eljivost i otpornost.<\/p>\n

Kako su strukturirane superlegure na bazi nikla?<\/h2>\n

Superlegure na bazi nikla su materijali iznimno visokih performansi s impresivnom mehani\u010dkom \u010dvrsto\u0107om, otporno\u0161\u0107u na koroziju i postojano\u0161\u0107u na visokim temperaturama. Ove se legure obi\u010dno koriste u raznim industrijama, uklju\u010duju\u0107i zrakoplovstvo, proizvodnju elektri\u010dne energije i plinske turbine, gdje moraju izdr\u017eati ekstremne temperature, pritiske i mehani\u010dka naprezanja.<\/p>\n

Mikrostruktura superlegura na bazi nikla temelji se na \u010deli\u010dno centriranoj kubi\u010dnoj (FCC) kristalnoj strukturi, s niklom kao primarnim metalom koji se koristi za legiranje. Uz nikal, te legure tako\u0111er mogu sadr\u017eavati razli\u010dite koli\u010dine \u017eeljeza, kobalta, kroma, molibdena i drugih metala.<\/p>\n

Razumijevanje monokristalnih superlegura<\/h3>\n

Monokristalne superlegure su klasa superlegura na bazi nikla dizajniranih za primjenu u zrakoplovstvu u okru\u017eenjima s visokim temperaturama. Ovi materijali posjeduju anizotropna mehani\u010dka svojstva, \u0161to zna\u010di da njihova svojstva variraju ovisno o smjeru primjene optere\u0107enja.<\/p>\n

Monokristalne superlegure organizirane su u dendriti\u010dne strukture, pri \u010demu svaki dendrit tvori monokristalno zrno. Ta su zrnca raspore\u0111ena u uzorak poznat kao "orijentacijski odnos", koji odr\u017eava anizotropno pona\u0161anje materijala.<\/p>\n

Raspored atoma nikla<\/h3>\n

Na razini kocke, atomi nikla u FCC kristalnoj strukturi raspore\u0111eni su u kubi\u010dni uzorak usmjeren na lice. Svaki atom zauzima jedan od osam kutova kocke, s drugim atomom u sredi\u0161tu svake strane. Razmak izme\u0111u atoma u ovoj strukturi doprinosi iznimnoj fleksibilnosti i otpornosti na koroziju superlegura na bazi nikla.<\/p>\n

Odabir osnovnog metala za legiranje<\/h3>\n
\"Aluminij
Vi\u0161e informacija<\/strong>Aluminij 2024: Sve \u0161to trebate znati<\/span><\/div><\/a><\/div>

Iako je nikal osnovni metal za legiranje u superlegurama na bazi nikla, drugi metali, poput \u017eeljeza i kobalta, tako\u0111er mogu biti uklju\u010deni u razli\u010ditim koli\u010dinama. Specifi\u010dni sastav ovisi o \u017eeljenim mehani\u010dkim svojstvima i namjeni.<\/p>\n

Legiranje: manipuliranje mikrostrukturom<\/h3>\n

Legiranje je postupak koji se koristi za manipuliranje mikrostrukturom superlegura na bazi nikla. Ovaj proces uklju\u010duje pa\u017eljivo dodavanje kontroliranih koli\u010dina drugih metala niklu kako bi se stvorio \u017eeljeni sastav legure. \u010cimbenici poput brzine hla\u0111enja, toplinske obrade otopine i vremena starenja utje\u010du na rezultiraju\u0107u mikrostrukturu.<\/p>\n

Mehani\u010dka svojstva legure mogu se promijeniti manipuliranjem mikrostrukturom, pove\u0107anjem \u010dvrsto\u0107e, fleksibilnosti, otpornosti na koroziju i pobolj\u0161anom stabilno\u0161\u0107u na visokim temperaturama.<\/p>\n

Potencijalne primjene superlegura na bazi nikla<\/h3>\n

Superlegure na bazi nikla nalaze \u0161iroku primjenu u industrijama poput zrakoplovstva, proizvodnje elektri\u010dne energije i plinskih turbina zbog svoje izvanredne \u010dvrsto\u0107e na visokim temperaturama, otpornosti na koroziju i izvrsnih mehani\u010dkih svojstava.<\/p>\n

U zrakoplovstvu, monokristalne superlegure proizvode komponente plinskih turbinskih motora poput turbinskih lopatica, lopatica i pokrova. Ovi se materijali tako\u0111er koriste u industriji proizvodnje elektri\u010dne energije za proizvodnju lopatica, rotora i ku\u0107i\u0161ta parnih turbina.<\/p>\n

Preporu\u010dena literatura: Razumijevanje superlegura na bazi nikla<\/a><\/strong><\/p>\n

Koja su svojstva i primjene superlegura na bazi nikla?<\/h2>\n

Superlegure na bazi nikla izuzetna su klasa materijala poznatih po svojim impresivnim mehani\u010dkim svojstvima na visokim temperaturama. Dizajnirani su da izdr\u017ee deformacije pod velikim naprezanjem i zadr\u017ee \u010dvrsto\u0107u u ekstremnim okru\u017eenjima. Ove legure postale su vitalne u raznim industrijama, uklju\u010duju\u0107i zrakoplovstvo, proizvodnju elektri\u010dne energije i kemijsku obradu, gdje je otpornost na visoke temperature, koroziju i habanje klju\u010dna.<\/p>\n

Primarna komponenta superlegura na bazi nikla je, \u0161to ne iznena\u0111uje, nikal. \u010cini oko 50-70% legure, s drugim elementima kao \u0161to su krom, kobalt, volfram, molibden i aluminij koji su tako\u0111er prisutni. Ova kombinacija \u010dimbenika daje ovim legurama posebna svojstva kao \u0161to su stabilnost na visokim temperaturama, otpornost na deformacije tijekom vremena i za\u0161tita od oksidacije.<\/p>\n

Mehani\u010dka svojstva superlegura na bazi nikla:<\/h3>\n

Superlegure na bazi nikla imaju izvanredna mehani\u010dka svojstva, \u0161to ih \u010dini vrlo tra\u017eenim za primjenu na visokim temperaturama. Ova svojstva uklju\u010duju:<\/p>\n

Visoka vla\u010dna \u010dvrsto\u0107a: Ove legure imaju impresivnu vla\u010dnu \u010dvrsto\u0107u i \u010dvrsto\u0107u te\u010denja, \u0161to im omogu\u0107uje otpornost na deformacije pod intenzivnim naprezanjem.<\/p>\n

Visoka otpornost na puzanje: Puzanje se odnosi na deformaciju pri izlaganju stalnom optere\u0107enju na visokim temperaturama. Superlegure na bazi nikla otporne su na puzanje, \u0161to ih \u010dini idealnim za primjenu u plinskim turbinama.<\/p>\n

Visoka \u010dvrsto\u0107a na zamor: Ove legure pokazuju izvrsnu \u010dvrsto\u0107u na zamor, \u0161to im omogu\u0107uje da izdr\u017ee ponovljene cikluse naprezanja.<\/p>\n

\"Aluminij
Vi\u0161e informacija<\/strong>Aluminij 7075: svojstva, razlike u odnosu na 6061 i primjene<\/span><\/div><\/a><\/div>

Visoka toplinska ekspanzija: superlegure na bazi nikla imaju visok koeficijent toplinske ekspanzije, \u0161to ih \u010dini prikladnima za primjene koje uklju\u010duju toplinske cikluse.<\/p>\n

\"640px-Uzorci_legura_i_metala_-_berilij-bakar,_inkonel,_\u010delik,_titan,_aluminij,_magnezij\"<\/p>\n

Primjene superlegura na bazi nikla u okru\u017eenjima visokih temperatura:<\/h3>\n

Superlegure na bazi nikla intenzivno se koriste u primjenama gdje drugi materijali otkazuju u uvjetima visoke temperature. Ove aplikacije uklju\u010duju:<\/p>\n

Plinske turbine: Ove legure igraju klju\u010dnu ulogu u plinskim turbinama, nude\u0107i stabilnost na visokim temperaturama, otpornost na puzanje i za\u0161titu od oksidacije.<\/p>\n

Zrakoplovstvo: U zrakoplovnoj industriji, superlegure na bazi nikla nalaze primjenu u turbinskim motorima, ispu\u0161nim sustavima i drugim okru\u017eenjima s visokim temperaturama.<\/p>\n

Kemijska obrada: Industrija kemijske obrade oslanja se na ove legure za osovine pumpi, ventile i izmjenjiva\u010de topline, gdje je otpornost na korozivna okru\u017eenja vitalna.<\/p>\n

Superlegure u plinskim turbinama:<\/h3>\n

Superlegure na bazi nikla uvelike se koriste u primjenama plinskih turbina. Koriste se za proizvodnju turbinskih lopatica, rotora i drugih kriti\u010dnih komponenti. Iznimna stabilnost ovih legura na visokim temperaturama, otpornost na puzanje i otpornost na oksidaciju \u010dine ih idealnim za rad plinskih turbina. Nadalje, ove legure tako\u0111er prevladavaju u drugim industrijskim plinskoturbinskim motorima, poput onih koji se koriste u proizvodnji elektri\u010dne energije te industriji nafte i plina.<\/p>\n

Otpornost na puzanje i oksidaciju u superlegurama:<\/h3>\n

Otpornost na puzanje i otpornost na oksidaciju dva su bitna svojstva superlegura na bazi nikla. Puzanje se odnosi na sposobnost materijala da zadr\u017ei oblik i \u010dvrsto\u0107u u uvjetima visokog naprezanja na visokim temperaturama. Superlegure na bazi nikla imaju izvanrednu otpornost na puzanje, \u0161to im omogu\u0107uje da izdr\u017ee intenzivna optere\u0107enja. S druge strane, oksidacija je korozivni napad kisika na visokim temperaturama. Superlegure na bazi nikla pokazuju izvrsnu otpornost na oksidaciju, \u0161to im omogu\u0107uje da napreduju u te\u0161kim okru\u017eenjima gdje drugi materijali ne bi uspjeli.<\/p>\n

Napredak u generaciji superlegura:<\/h3>\n

Nedavni napredak u superlegurama na bazi nikla doveo je do razvoja najnovije generacije superlegura. Ove nove legure nude pobolj\u0161ana mehani\u010dka svojstva, pove\u0107anu otpornost na zamor i pove\u0107anu otpornost na puzanje. Najnovija generacija superlegura tako\u0111er prikazuje pobolj\u0161ane mikrostrukture, pobolj\u0161avaju\u0107i svojstva i dugovje\u010dnost. \u0160tovi\u0161e, istra\u017eiva\u010di aktivno istra\u017euju nove legiraju\u0107e elemente i toplinske tretmane kako bi dodatno podigli u\u010dinak ovih materijala.<\/p>\n

Preporu\u010dena literatura: Za\u0161to je dvostrani nehr\u0111aju\u0107i \u010delik materijal izbora za industrijske primjene<\/a><\/strong><\/p>\n

Kako se oja\u010davaju superlegure na bazi nikla?<\/h2>\n

Superlegure na bazi nikla posebno su dizajnirane metalne legure koje se isti\u010du u ekstremnim okru\u017eenjima kao \u0161to su plinski turbinski motori i nuklearni reaktori. Nude izvanredna mehani\u010dka svojstva, uklju\u010duju\u0107i izvrsnu otpornost na vru\u0107u koroziju, otpornost na zamor i otpornost na visoke temperature. Nekoliko metoda mo\u017ee pobolj\u0161ati u\u010dinkovitost ovih legura, a svaka utje\u010de na svojstva materijala na jedinstven na\u010din.<\/p>\n

Superlegure oja\u010dane disperzijom oksida:<\/h3>\n

Superlegure oja\u010dane disperzijom oksida (ODS) stvaraju se dodavanjem \u010destica metalnog oksida, poput itrija, u matricu osnovne superlegure. Ove \u010destice djeluju kao barijere kretanju dislokacija, zna\u010dajno pove\u0107avaju\u0107i \u010dvrsto\u0107u i tvrdo\u0107u legure. Jednolika raspodjela \u010destica oksida pobolj\u0161ava otpornost legure na puzanje i toplinski zamor, \u010dine\u0107i ODS superlegure idealnim za primjene na visokim temperaturama koje zahtijevaju vrhunsku otpornost na zamor i koroziju.<\/p>\n

Mehani\u010dko legiranje za pobolj\u0161ana svojstva:<\/h3>\n

Mehani\u010dko legiranje (MA) uklju\u010duje podvrgavanje superlegure visokoenergetskom kugli\u010dnom mljevenju uz dodatak metalnog ili kerami\u010dkog praha. Ovaj proces stvara nove faze nanomjere i fino zrnatu mikrostrukturu koja pobolj\u0161ava mehani\u010dka svojstva superlegure. MA pobolj\u0161ava otpornost na oksidaciju i koroziju superlegura na bazi nikla, \u010dine\u0107i ih savr\u0161enim za visokotemperaturna i korozivna okru\u017eenja. Finozrnata mikrostruktura tako\u0111er pove\u0107ava mehani\u010dku \u010dvrsto\u0107u legure, \u010dine\u0107i je otpornijom na deformacije i zamor.<\/p>\n

\"LR,_sprijeda_na_stra\u017enju_-_Inconel_nikal-bakar;_Berilij-bakar_(alati_bez<\/p>\n

Promjena kemijskog sastava za pobolj\u0161ane performanse:<\/h3>\n

Kemijski sastav superlegura na bazi nikla mo\u017ee se modificirati pode\u0161avanjem koncentracije razli\u010ditih legiraju\u0107ih elemenata, kao \u0161to su krom, aluminij i titanijum<\/a>. Ova izmjena pobolj\u0161ava mehani\u010dka svojstva materijala, uklju\u010duju\u0107i otpornost na visoke temperature, otpornost na puzanje i otpornost na koroziju. Promjena kemijskog sastava mo\u017ee optimizirati svojstva materijala za specifi\u010dne primjene. Na primjer, pove\u0107anje koncentracije kroma i aluminija pobolj\u0161ava otpornost legure na puzanje, \u0161to je \u010dini idealnom za turbinske lopatice i druge primjene pri visokim temperaturama.<\/p>\n

Uloga esencijalnih otopljenih tvari u oja\u010davanju superlegura:<\/h3>\n

Esencijalne otopljene tvari poput ugljika i du\u0161ika klju\u010dne su za oja\u010davanje superlegura na bazi nikla. Ugljik poma\u017ee u stvaranju karbida koji sprje\u010davaju kretanje dislokacija, pobolj\u0161avaju\u0107i tvrdo\u0107u i snagu. Du\u0161ik stvara precipitate nitrida, pove\u0107avaju\u0107i snagu i \u017eilavost legure i pove\u0107avaju\u0107i otpornost na deformaciju i zamor.<\/p>\n

Razvijanje superlegura nikla s pove\u0107anom \u010dvrsto\u0107om:<\/h3>\n

Najnovija istra\u017eivanja usmjerena su na razvoj novih superlegura na bazi nikla s pobolj\u0161anom \u010dvrsto\u0107om i u\u010dinkom. Zna\u010dajan pristup je kori\u0161tenje tehnika aditivne proizvodnje za stvaranje superlegura po mjeri za specifi\u010dne primjene. Ove legure koriste najsuvremenije tehnike ra\u010dunalnog modeliranja za optimizaciju svojih mehani\u010dkih svojstava. Istra\u017eiva\u010di tako\u0111er istra\u017euju upotrebu novih legiraju\u0107ih elemenata i slo\u017eenih mikrostruktura kako bi dodatno pobolj\u0161ali performanse superlegura.<\/p>\n

Zaklju\u010dno, oja\u010davanje superlegura na bazi nikla uklju\u010duje razli\u010dite metode, uklju\u010duju\u0107i ja\u010danje disperzije oksida, mehani\u010dko legiranje, promjenu kemijskog sastava i ulogu esencijalnih otopljenih tvari. Ovisno o primjeni, ove metode pobolj\u0161avaju mehani\u010dka svojstva legure, kao \u0161to su otpornost na visoke temperature, otpornost na puzanje i otpornost na koroziju. Izazov le\u017ei u identificiranju naju\u010dinkovitijih i najisplativijih metoda za pobolj\u0161anje svojstava superlegura i razvoju novih superlegura prilago\u0111enih specifi\u010dnim primjenama uz smanjenje utjecaja na okoli\u0161.<\/p>\n

Preporu\u010dena literatura: Austenitni nehr\u0111aju\u0107i \u010delik: Sve \u0161to trebate znati<\/a><\/strong><\/p>\n

\u010cesto postavljana pitanja:<\/h2>\n

\"Vru\u0107e<\/p>\n

P: \u0160to su superlegure na bazi nikla?<\/h3>\n

O: Superlegure na bazi nikla grupa su legura visokih performansi koje se prvenstveno sastoje od nikla i drugih elemenata kao \u0161to su \u017eeljezo, kobalt i krom. Poznati su po izuzetnoj mehani\u010dkoj \u010dvrsto\u0107i i otpornosti na visoke temperature.<\/p>\n

P: Kakva je mikrostruktura superlegura na bazi nikla?<\/h3>\n

O: Mikrostrukturu superlegura na bazi nikla karakterizira matrica \u010dvrste otopine i disperzija malih \u010destica oksida. Ova mikrostruktura daje legurama pobolj\u0161ana mehani\u010dka svojstva i otpornost na deformaciju pri visokim temperaturama.<\/p>\n

P: \u0160to su superlegure oja\u010dane oksidnom disperzijom?<\/h3>\n

O: Superlegure oja\u010dane disperzijom oksida (ODS) su superlegure na bazi nikla koje su dodatno pobolj\u0161ane dodavanjem finih \u010destica oksida. Ove \u010destice poma\u017eu u inhibiciji rasta zrna i pobolj\u0161avaju \u010dvrsto\u0107u, \u010dine\u0107i ODS superlegure prikladnima za primjenu na jo\u0161 vi\u0161im temperaturama.<\/p>\n

P: \u0160to su monokristalne superlegure?<\/h3>\n

O: Monokristalne superlegure su specifi\u010dna vrsta superlegura na bazi nikla sastavljenih od monokristalne strukture. Ova jedinstvena mikrostruktura daje legurama iznimnu \u010dvrsto\u0107u i otpornost na deformacije puzanjem pri visokim temperaturama.<\/p>\n

P: Koje su bitne otopljene tvari u superlegurama na bazi nikla?<\/h3>\n

O: Bitne otopljene tvari u superlegurama na bazi nikla su aluminij, titan i volfram. Te otopljene tvari igraju klju\u010dnu ulogu u pove\u0107anju \u010dvrsto\u0107e legura na visokim temperaturama i otpornosti na puzanje.<\/p>\n

P: O \u010demu ovisi kemijski sastav superlegura na bazi nikla?<\/h3>\n

O: Kemijski sastav superlegura na bazi nikla ovisi o \u017eeljenom temperaturnom rasponu primjene i specifi\u010dnim zahtjevima izvedbe. Promjenom kemijskog sastava mogu se prilagoditi svojstva legura, \u010dine\u0107i ih prikladnima za razli\u010dite primjene.<\/p>\n

P: Koje su prednosti kori\u0161tenja superlegura na bazi nikla?<\/h3>\n

O: Superlegure na bazi nikla nude nekoliko prednosti, kao \u0161to su otpornost na visoke temperature, izvrsnu otpornost na koroziju i oksidaciju, dobru otpornost na puzanje i dugotrajnu mehani\u010dku stabilnost. Ova svojstva ih \u010dine idealnim za zahtjevne primjene u zrakoplovnoj industriji, industriji plinskih turbina i drugim industrijama.<\/p>\n

P: Kako superlegure razvijaju \u010dvrsto\u0107u na visokim temperaturama?<\/h3>\n

O: Superlegure razvijaju \u010dvrsto\u0107u na visokim temperaturama oja\u010davanjem \u010dvrste otopine, talo\u017eenjem i disperzijskim oja\u010danjem. Ovi mehanizmi rade zajedno kako bi pobolj\u0161ali sposobnost legura da izdr\u017ee deformacije i zadr\u017ee mehani\u010dka svojstva na povi\u0161enim temperaturama.<\/p>\n

P: Koje su tipi\u010dne primjene superlegura na bazi nikla?<\/h3>\n

O: Superlegure na bazi nikla obi\u010dno se koriste u zrakoplovnim motorima, plinskim turbinama, turbinama za proizvodnju elektri\u010dne energije i drugim visokotemperaturnim primjenama gdje su \u010dvrsto\u0107a, otpornost na koroziju i toplinska stabilnost klju\u010dni.<\/p>\n

P: Kako se superlegure na bazi nikla klasificiraju na temelju sastava?<\/h3>\n

O: Superlegure na bazi nikla mogu se klasificirati u razli\u010dite skupine na temelju njihovog kemijskog sastava. Mogu biti na bazi nikla, \u017eeljeza ili kobalta, a specifi\u010dni elementi i njihove koncentracije odre\u0111uju svojstva i performanse legure.<\/p>","protected":false},"excerpt":{"rendered":"

What are superalloys and their composition? Discover the Power of Superalloys Superalloys are truly remarkable alloys designed to withstand extreme temperatures and stressful conditions. With exceptional mechanical properties, high-temperature strength, and top-notch corrosion resistance, these materials are perfect for high-performance applications like turbine engines, nuclear reactors, and petrochemical plants. Unleashing the Strength of Nickel-based Superalloys […]<\/p>\n","protected":false},"author":2,"featured_media":9901,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"site-sidebar-layout":"default","site-content-layout":"default","ast-site-content-layout":"default","site-content-style":"default","site-sidebar-style":"default","ast-global-header-display":"","ast-banner-title-visibility":"","ast-main-header-display":"","ast-hfb-above-header-display":"","ast-hfb-below-header-display":"","ast-hfb-mobile-header-display":"","site-post-title":"","ast-breadcrumbs-content":"","ast-featured-img":"","footer-sml-layout":"","ast-disable-related-posts":"","theme-transparent-header-meta":"default","adv-header-id-meta":"","stick-header-meta":"default","header-above-stick-meta":"","header-main-stick-meta":"","header-below-stick-meta":"","astra-migrate-meta-layouts":"default","ast-page-background-enabled":"default","ast-page-background-meta":{"desktop":{"background-color":"","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""},"tablet":{"background-color":"","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""},"mobile":{"background-color":"","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""}},"ast-content-background-meta":{"desktop":{"background-color":"var(--ast-global-color-5)","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""},"tablet":{"background-color":"var(--ast-global-color-5)","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""},"mobile":{"background-color":"var(--ast-global-color-5)","background-image":"","background-repeat":"repeat","background-position":"center center","background-size":"auto","background-attachment":"scroll","background-type":"","background-media":"","overlay-type":"","overlay-color":"","overlay-opacity":"","overlay-gradient":""}},"footnotes":""},"categories":[22],"tags":[],"class_list":["post-9899","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-cnc-machining-materials"],"yoast_head":"\nUnderstanding Nickel Based Superalloys - ETCN<\/title>\n<meta name=\"description\" content=\"Learn how these high-performance materials can revolutionize your industry. 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