Sisebenzisa iikuki ukuphucula amava akho. Ngokuqhubeka ukhangela le sayithi, uyavuma ukuba sisebenzise iikuki. Ulwazi olongezelelweyo.
I-Austral Wright Metals, inxalenye yeqela leenkampani zeCrane, sisiphumo sokudibana phakathi kweenkampani ezimbini zorhwebo lwesinyithi zase-Australia ezisele zikho kwaye zihlonitshwa. I-Austral Bronze Crane Copper Ltd kunye neWright and Company Pty Ltd.
Endaweni yentsimbi engagqwaliyo engama-304, intsimbi ye-404GP™ ingasetyenziswa kwiimeko ezininzi. Ukumelana nokugqwala kwenqanaba le-404GP™ kulungile, kwaye kudla ngokuba ngcono kunele-304: ayihlupheki kukuqhekeka kokugqwala ngenxa yoxinzelelo lwamanzi ashushu kwaye ayonyusi uvakalelo lokuwelda.
Uhlobo lwe-404GP™ ludidi lwesizukulwana esilandelayo sentsimbi engagqwaliyo ye-ferritic eveliswa ziifektri zentsimbi eziphambili zaseJapan ezisebenzisa ubuchwepheshe bentsimbi yesinyithi esezantsi kakhulu yesizukulwana esitsha.
Uhlobo lwe-404GP™ lunokusetyenziswa ngomatshini ngazo zonke iindlela ezisetyenziswa nge-304. Luqiniswe ngendlela efanayo nentsimbi yekhabhoni, ngoko ke alubangeli zonke iingxaki eziqhelekileyo kubasebenzi abasebenzisa i-304.
Uhlobo lwe-404GP™ lunomxholo ophezulu kakhulu we-chromium (21%) okwenza ukuba lube ngcono kakhulu kunohlobo oluqhelekileyo lwe-430 ferritic xa kuthelekiswa nokumelana nokugqwala. Ngoko ke ungakhathazeki malunga nokuba i-404GP™ inamandla ombane njengazo zonke iintsimbi ezingenasici ze-duplex ezifana ne-2205.
Kwiinkqubo ezininzi, ungasebenzisa i-404GP™ njengentsimbi engagqwaliyo esetyenziselwa injongo eqhelekileyo endaweni ye-304 endala. I-404GP™ kulula ukuyisika, ukuyisonga, ukuyigoba nokuyishibiliza kune-304. Yenza umsebenzi ubonakale ungcono: imiphetho ecacileyo kunye namagophe, iiphaneli ezithe tyaba, uyilo oluchanekileyo ngakumbi.
Njengentsimbi engagqwaliyo ye-ferritic, i-404GP™ inamandla aphezulu okuvelisa kune-304, ubulukhuni obufanayo, kunye namandla aphantsi okutsalwa kunye nobude bokutsalwa. Ayiqinanga kakhulu, okwenza kube lula ukusebenza ngayo kwaye isebenza njengentsimbi yekhabhoni ngexesha lokwenziwa kwayo.
I-404GP™ ixabisa ngaphantsi ngama-20% kune-304. Ilula, ine-3.5% yeemitha zesikwere ngaphezulu ngekhilogram nganye. Ubuchule obungcono bomatshini kunciphisa iindleko zomsebenzi, izixhobo kunye nokugcinwa.
I-404GP™ ngoku iyafumaneka kwisitokhwe e-Austral Wright Metals ngobukhulu obuyi-0.55, 0.7, 0.9, 1.2, 1.5 kunye ne-2.0mm kwiikhoyili kunye namaphepha.
Igqitywe kwinombolo 4 kunye ne-2B. Isiphelo se-2B kwintsimbi yeGrade 404GP™ sikhanya ngaphezu kwe-304. Musa ukusebenzisa i-2B apho inkangeleko ibalulekileyo - ukucwebezela kunokwahluka ngobubanzi.
I-Grade 404GP™ iyathengiswa. Ungasebenzisa i-TIG, i-MIG, i-spot kunye ne-seam welding. Jonga iingcebiso ze-Austral Wright Metals "Ukuwelda iintsimbi ze-ferritic stainless steels zesizukulwana esilandelayo".
Umfanekiso 1. Iisampuli zentsimbi engagqwali ezingama-430, 304, kunye ne-404GP ezitshizwayo zivavanyiwe ukuba azinawo umhlwa emva kweenyanga ezine zokuvezwa kwi-5% yetyuwa etshizwayo kuma-35ºC.
Umfanekiso 2. Ukugqwala komoya kweentsimbi ezingagqwaliyo ezingama-430, 304 kunye ne-404GP emva konyaka omnye zibonakala eTokyo Bay.
Uhlobo lwe-404GP™ ludidi olutsha lwentsimbi engagqwaliyo ye-ferritic eyenziwe yi-JFE Steel Corporation yaseJapan phantsi kwegama lophawu lwe-443CT. Olu hlobo lutsha, kodwa umzi-mveliso unamava eminyaka emininzi ekuveliseni iintlobo ezifanayo ezikumgangatho ophezulu, kwaye unokuqiniseka ukuba aluyi kukudanisa.
Njengakwiintsimbi zonke ze-ferritic stainless steels, i-404GP™ grade kufuneka isetyenziswe kuphela phakathi kwe-0ºC kunye ne-400°C kwaye akufuneki isetyenziswe kwimikhumbi yoxinzelelo okanye kwiidizayini ezingaqinisekiswanga ngokupheleleyo.
Olu lwazi luqinisekisiwe kwaye luhlengahlengisiwe kwizinto ezibonelelwe yi-Austral Wright Metals – Black, Non-Ferrous kunye ne-High Performance Alloys.
Ukuze ufumane ulwazi oluthe kratya ngalo mthombo, ndwendwela iwebhusayithi ye-Austral Wright Metals – Black, Non-Ferrous and Performance Alloys.
Iintsimbi zaseAustral Wright – Ii-alloys zeFerrous, ezingenayo i-ferrous kunye ne-alloys ezisebenza kakuhle. (Juni 10, 2020). Intsimbi engagqwali ye-404GP yeyona ndlela ifanelekileyo endaweni yentsimbi engagqwali ye-304 – iimpawu kunye neenzuzo ze-404GP. I-AZOM. Ifunyenwe nge-21 ka-Agasti, 2022 kwi-https://www.azom.com/article.aspx?ArticleID=4243.
Iintsimbi zaseAustral Wright – Ii-alloys zeFerrous, ezingenayo i-ferrous kunye ne-alloys ezisebenza kakuhle. “Intsimbi engagqwali ye-404GP yeyona ndlela ifanelekileyo endaweni yentsimbi engagqwali ye-304 – Iimpawu kunye neenzuzo ze-404GP.” AZOM.Nge-21 ka-Agasti, ngo-2022.Nge-21 ka-Agasti, ngo-2022.
Iintsimbi zaseAustral Wright – Ii-alloys zeFerrous, ezingenayo i-ferrous nezisebenza kakuhle. “Intsimbi engagqwali ye-404GP yeyona ndlela ifanelekileyo endaweni yentsimbi engagqwali ye-304 – Iimpawu kunye neenzuzo ze-404GP.” AZOM. https://www.azom.com/article.aspx?ArticleID=4243. (Ukusukela nge-21 ka-Agasti 2022).
Iintsimbi zase-Austral Wright – Ii-alloys ze-Ferrous, ezingenayo i-ferrous kunye ne-alloys ezisebenza kakuhle. 2020. Intsimbi engagqwali ye-404GP – Eyona ndlela ifanelekileyo kune-304 Stainless Steel – Iimpawu kunye neenzuzo ze-404GP. I-AZoM, ifikelelwe nge-21 Agasti 2022, https://www.azom.com/article.aspx?ArticleID=4243.
Sikhangela isixhobo esilula sokutshintsha i-SS202/304. I-404GP ifanelekile, kodwa kufuneka ibe ncinci nge-25% kune-SS304. Ngaba le composite/alloy ingasetyenziswa? Ganesha
Iimbono ezivezwe apha zezombhali kwaye azibonisi ngokuyimfuneko iimbono nezimvo ze-AZoM.com.
Kwi-Advanced Materials 2022, i-AZoM idlane udliwanondlebe no-Andrew Terentev, i-CEO yeCambridge Smart Plastics. Kolu dliwanondlebe, siza kuxoxa ngetekhnoloji entsha yenkampani kunye nendlela ezitshintsha ngayo indlela esicinga ngayo ngeplastiki.
Kwi-Advanced Materials ngoJuni 2022, i-AZoM ithethe noBen Melrose we-International Syalons malunga nemarike yezinto eziphucukileyo, i-Industry 4.0, kunye nokusukela u-zero.
Kwi-Advanced Materials, i-AZoM ithethe ne-Wig Sherrill kaGeneral Graphene malunga nekamva le-graphene kunye nendlela iteknoloji yabo entsha yokuvelisa eya kunciphisa ngayo iindleko ukuvula ihlabathi elitsha lezicelo kwixesha elizayo.
Le mveliso evela kwi-Alicona isebenzisa ii-cobots eziquka irobhothi esebenzisana ne-6-axis kunye nee-3D optical sensors ukubonelela ngokuzenzekelayo kokulinganisa okulula ukuyisebenzisa.
Eli nqaku libonelela ngovavanyo lobomi beebhetri ze-lithium-ion, kugxilwe ekusetyenzisweni kwakhona kwenani elikhulayo leebhetri ze-lithium-ion ezisetyenzisiweyo, ukuze kubonelelwe ngeendlela ezizinzileyo nezivaliweyo zokusetyenziswa nokusetyenziswa kwakhona kweebhetri.
Ukubola kukutshatyalaliswa kwe-alloy phantsi kwempembelelo yendalo. Iindlela ezahlukeneyo zisetyenziswa ukuthintela ukubola kwe-alloy zesinyithi ezivezwe kwimeko yomoya okanye ezinye iimeko ezimbi.
Ngenxa yokwanda kwemfuno yamandla, imfuno yamafutha enyukliya nayo iyanda, nto leyo ekhokelela ekwandeni okukhulu kwemfuno yetekhnoloji yokuhlolwa kwemitha emva kokukhanyiswa (i-PVI).