"Alkali" ne- "Magnesium" ukuthuthukisa ukusebenza kwe-pellet

Ama-pellets ane-oxidized anamandla amahle womshini nezakhiwo ze-metallurgical, futhi asephenduke inani eliphakeme kakhulu lokukhokhiswa kwesithando somlilo. Kodwa-ke, ukuntuleka kokutholakala kwasekhaya kwe-magnetite concentrate kubangele ukuthi izitshalo eziningi zensimbi ezifuywayo zisebenzise i-hematite engenisiwe ukukhiqiza amaphilisi e-oxide. Uma kuqhathaniswa nama-magnetite pellets, ama-hematite pellets anezinga lokushisa lokuwosa eliphezulu kanye nobubanzi obuncane (1300 ℃ ~ 1350 ℃), kanti ama-pellets anamandla amancane wokucindezela. Ngaphezu kwalokho, ama-pellets e-acidic hematite anezakhiwo ezimbi zensimbi. Phakathi kwabo, i-specularite ingeyohlobo olubalulekile lwe-hematite, futhi ukusebenza kokuwosa kanye nezakhiwo ze-metallurgical zamapellets kubi kakhulu kunamapellets ajwayelekile we-hematite.

　　 Abaphenyi benze ucwaningo oluningi lokuthi ungasebenzisa kanjani i-hematite ukukhiqiza ama-pellets ane-oxidized ephezulu. Ucwaningo luye lwabonisa ukuthi ukufaka i-magnetite ku-hematite ukulungiselela ama-pellets ane-oxidized kunganciphisa ngempumelelo ukushisa kokushisa kokushisa futhi kukhulise amandla okucindezela ama-pellets okuosa kuqala; ukwengeza ukugeleza ukukhiqiza i-fluxed hematite pellets nakho kuyisixazululo.

Izitshalo ze-pellet zasekhaya ngokuvamile zisebenzisa i-hematite ne-magnetite ukukhiqiza ama-pellets anamandla amakhulu, kepha njengoba isilinganiso se-hematite sanda, umphumela wokwengeza i-magnetite ubuthaka kakhulu. Ukungeza i-CaO flux ukukhiqiza ama-flux pellets kungathola amandla aphezulu womshini nokuncipha okungcono ekushiseni okuphansi, kepha ukusebenza kokushisa okushisa okuphezulu akukuhle futhi ukwanda kokuncipha kubi kakhulu. Ucwaningo lwakuqala lukhombisile ukuthi ukwengeza i-MgO kuma-pellets kunganciphisa izinga lokwehlisa lokunciphisa futhi kuthuthukise ukusebenza kokushisa okuphezulu.

Njengamanje, kunemibiko embalwa kakhulu ngomphumela wokuqukethwe kwe-alkalinity ne-MgO emandleni nasezakhiweni ze-metallurgical zamapellets we-specularite, ikakhulukazi umphumela we-alkalinity ne-MgO kuzakhiwo ze-metallurgical zamapellets. Ngakho-ke, lo mbhalo Ukufunda ngemiphumela ye-alkalinity nokuqukethwe yi-MgO emandleni nasezakhiweni zensimbi zamapellets we-specularite kunenani elibalulekile lemibono lokwenza ngcono ukuthosa i-pellet nokuqinisa ukuqhuma kwesithando somlilo.

　　Izakhiwo zempahla eluhlaza nezindlela zocwaningo

　　 Izinto zokusetshenziswa ezisetshenziswe kulokhu kuhlolwa yi-specularite yaseBrazil, i-bentonite, i-limestone ne-magnesite. Ngenxa yokuthi i-specularite, i-limestone, ne-magnesite yaseBrazil ziqatha ngosayizi wezinhlayiyana, zingaphansi kosayizi wezinhlayiyana nendawo ethile edingekayo yokukhiqiza i-pellet ngegayo lebhola elabhoratri. ISpiegelite inebanga lensimbi eliphakeme, amaminerali ama-gangue amancane nokunye ukungcola okuyingozi, futhi iyimpahla esezingeni eliphakeme ye-pellet eluhlaza. I-limestone ne-magnesite banokuqukethwe okuphansi kwe-SiO2 nokunye ukungcola okuyingozi okumbalwa. Ziyizinga eliphakeme kakhulu le-calcium-magnesium fluxes.

Isibopho esisetshenzisiwe esivivinyweni yi-bentonite esezingeni eliphezulu esezingeni lesodium, futhi izinkomba zimi kanje: okuqukethwe yi-montmorillonite kungu-92.76%, ivolumu yokuvuvukala ingu-20mL / g, isilinganiso sokumunca amanzi emahoreni amabili angama-2%, futhi okuqukethwe -342mm kufinyelela ku-0.074%.

Ucwaningo lokuhlola lubandakanya inqubo yokubhaka, ukuxuba, ukulungisa ibhola eliluhlaza okotshani, ukomisa ibhola eliluhlaza okotshani, ukomisa ibhola okushisayo nokuwosa ukuvivinya ukusebenza kwethanga. Okuqukethwe kwe-SiO2 kwama-pellets aqediwe kulawulwa ku-3.0% ～ 3.1% ngokungeza isihlabathi se-quartz esenziwe kahle. Okuqukethwe kwe-alkalinity ne-MgO kwama-pellets aqediwe kulungiswa ngokufaka i-limestone kanye ne-magnesite, kanye nemiphumela yezinguquko kokuqukethwe kwe-alkalinity ne-MgO kumandla acindezelayo, idigri yokwehliswa, ukunwetshwa kokuncishiswa, ukuncipha kokushisa okushisa okuphansi kanye nokushisa okuphezulu okushisa Izici zamapeletshi othosiwe ziyaphenywa. Ithonya.

　　 Imiphumela yokuhlolwa kanye nokuhlaziywa komthelela

"Umphumela wokuqukethwe kwe-alkalinity ne-MgO kumandla wokucindezela kanye ne-porosity." Amandla acindezelayo ama-pellets ayinkomba ebalulekile ekhombisa ingcindezi ama-pellets angamelana nayo ngesikhathi senqubo yokuhamba nokugcina nasesithandweni sokunciphisa. Amafutha amakhulu wokuqhuma adinga amandla okucindezela ama-pellets ukuthi abe ngaphezu kuka-2500 N / piece.

Ngaphansi kokuqukethwe kwe-MgO yemvelo, amandla acindezelayo ama-pellets akhula kuqala ngokwanda kwe-alkalinity. Lapho i-alkalinity inyuka iye ku-0.2, amandla acindezelayo ama-pellets akhula kusuka ku-2400 N / ucezu lwe-alkalinity yemvelo kuya ku-3,500 N / ucezu; Ngemuva kokufinyelela ku-0.4, amandla acindezelayo ama-pellets awasakhuphuki. Lokhu kungenxa yokwanda kwe-alkalinity ye-CaO, Fe2O3 ne-SiO2, efana ne-calcium ferrite ne-calcium silicate. Isigaba esifanele siketshezi sivumelana nokufakwa kabusha kwe-hematite, kepha isigaba samanzi esiningi kakhulu asikulungele ukuthuthukiswa kwamandla okucindezela ama-pellets. Ngaphansi kwe-alkalinity yemvelo, amandla acindezelayo ama-pellets ancipha ngokwanda kokuqukethwe kwe-MgO. Lokhu kungenxa yokuthi i-magnesite iyabola ngesikhathi sokushisa nokuwosa ama-pellets, okwandisa i-porosity yama-pellets.

Lapho i-alkalinity ne-MgO zisebenza ndawonye, ​​ngaphansi kokuqukethwe okufanayo kwe-MgO, umphumela we-alkalinity emandleni acindezelayo ama-pellets we-calcined ngokuyisisekelo uyafana nomphumela we-alkalinity emandleni acindezelayo ama-pellets ngaphansi kokuqukethwe kwe-MgO yemvelo, okungukuthi, amandla okucindezela ama-pellets. Amandla akhula kuqala ngokwanda kwe-alkalinity. Ngemuva kokuthi i-alkalinity ifinyelele kunani elithile, amandla acindezelayo ama-pellets awasanyuki kakhulu; ngaphansi kwe-alkalinity efanayo, amandla acindezelayo ama-pellets ayancipha ngokwanda kokuqukethwe kwe-MgO, ngenxa yokuqukethwe kwe-MgO Njengoba ukwanda, i-porosity yama-pellets iyanda, futhi ngasikhathi sinye i-MgO ingena esigabeni se-slag ukwandisa iphuzu lokuncibilika kwamaminerali e-gangue, anomphumela othile ovimbela ukwakheka kwesigaba samanzi. Imiphumela yokuhlolwa ikhombisa ukuthi lapho i-alkalinity ingaphezu kwe-0.2, amandla acindezelayo ama-pellets we-specularite ane-alkalinity ehlukile nokuqukethwe kwe-MgO angafinyelela ngaphezu kwe-2500 N / piece.

Njengoba inani lokuhamba likhuphuka, ama-pores ashiywe ukubola kokugeleza ngesikhathi sokushisa ukushisa nawo ayanda. Ukwengezwa kokugeleza akuthinti kuphela ukwakheka kwamakhemikhali nokwakheka kwamaminerali ama-pellets, kepha futhi kuthinta ukwakheka kwe-pellets. Lokhu kuzothinta amandla okucindezela kanye nezakhiwo ze-metallurgical zamapellets ngezinga elithile.

　　Umphumela wokuqukethwe kwe-alkalinity ne-MgO ngezinga lokwehliswa. Izinga lokwehliswa (i-RI) liyinkomba ebalulekile yokuhlola ukuthambekela nobunzima bokususa umoya-mpilo ku-ore yensimbi ngaphansi kwezimo zokushisa nomoya endaweni yokwehliswa kwesithando somlilo. Izici ezithinta izinga lokuncishiswa kwensimbi zifaka usayizi wezinhlayiyana, i-porosity, ukwakheka kwamaminerali nesakhiwo, nokwakhiwa kwamaminerali e-gangue.

Izinga lokunciphisa ama-pellets ane-asidi ane-alkalinity yemvelo nokuqukethwe kwemvelo kwe-MgO kuphansi, ngama-62.22% kuphela. Ngokwanda kokuqukethwe kwe-MgO, izinga lokunciphisa liyakhuphuka. Lapho okuqukethwe kweMgO kungu-3.0%, izinga lokuncishiswa kwamaphilisi lingafinyelela kuma-68%; Lapho okuqukethwe kwe-MgO kukhulisa i-alkalinity, izinga lokunciphisa lama-pellets we-specularite lithuthukiswa kakhulu. Lapho i-alkalinity inyuka iye ku-1.2, izinga lokuncishiswa kwama-pellets likhuphukela ku-72.82%. Lokhu kungenxa yokuthi ukwengezwa kwe-limestone kwandisa i-porosity yama-pellets, futhi ngasikhathi sinye, i-CaO iphendula nge-Fe2O3 ukwakha i-calcium ferrite encishiswe kalula.

Lapho i-alkalinity ne-MgO zisebenza ndawonye, ​​ngaphansi kwe-alkalinity efanayo, izinga lokwehliswa kwama-mirrorite pellets landa ngokwanda kokuqukethwe kwe-MgO; ngaphansi kokuqukethwe okufanayo kwe-MgO, izinga lokwehliswa liyakhuphuka ngokwanda kwe-alkalinity.

Lapho i-alkalinity ifinyelela ku-1.2 futhi okuqukethwe kwe-MgO kukhuphukela ku-3.0%, izinga lokuncishiswa kwamapellets lifinyelela kuma-76.94%. Lokhu kungenxa yokuthi i-magnesite futhi inyusa i-porosity yama-pellets ngesikhathi sokushisa nokuwosa ama-pellets, futhi i-MgO ingakhuphula indawo yokuncibilika kwesigaba se-slag nomzimba ezintantayo, ukuze kungabi lula ukuncibilika ngenkathi yenqubo yokwehlisa, futhi ama-pores ama-pellets awancibiliki. Okuqukethwe kugcwaliswa ukugcina i-porosity ephezulu, evumelana nokusabalalisa kwegesi.

　　Umphumela wokuqukethwe kwe-alkalinity ne-MgO ekunciphiseni ukwanda.

Ngaphansi kokuqukethwe kwe-MgO yemvelo, izinga lokwehliswa kokuncishiswa kwama-pellets we-specularite liqala ngokwanda bese liyancipha, futhi i-alkalinity ifinyelela inani eliphakeme eliphakathi kuka-0.4 no-0.6, kanti inani eliphakeme lifinyelela kuma-32%.

Lokhu kungenxa yokuthi ingxenye encane ye-CaO engezwe kuma-pellets iphendula nge-Fe2O3 ukukhiqiza i-calcium ferrite, futhi iningi layo lingena esigabeni se-slag. Uma ingancishisiwe, isigaba se-slag sibuswa uhlelo lwe-CaO-SiO2 kanambambili. Lapho i-alkalinity iphakathi kuka-0.4 no-0.6, okungukuthi, okuqukethwe kwe-SiO2 esigabeni se-slag kuphakathi kuka-62.5% no-70%, okuyisikhawu sokwakheka kwephoyinti kanambambili we-calcium metasilicate (CaOSiO2) ne-SiO2, futhi iphuzu lokushisa le-eutectic lingu-1436 ℃, kepha ngaphansi kwezimo ezincishisiwe, lesi sigaba se-slag siba yi-CaO-SiO2-FeO ternary slag system ngenxa yokwengezwa kwe-FeO. Kulolu hlelo lwe-slag, isilinganiso se-CaO ne-SiO2 asiguquki. Iphuzu lokuncibilika kwesigaba se-slag landa kakhulu ngokwanda kokuqukethwe kwe-FeO. Ku-pure ternary slag system, ingaba ngaphansi njengo-1093 ℃, kanti isigaba esiphansi se-slag point sizovele sibe sibi kakhulu ukwehliswa nokwandiswa kwama-pellets.

Ngaphansi kwe-alkalinity yemvelo, izinga lokwehlisa ukwanda kwamapellets lincipha kancane ngokwanda kokuqukethwe kwe-MgO, kepha akucaci. Lokhu kungenxa yesigaba semvelo se-alkalinity nesemvelo se-MgO pellet slag esinezinga lokuncibilika lika-1700 ℃ lapho okuqukethwe yi-SiO2 kungu-90%. Ngokungezwa kwe-MgO, isigaba se-slag silawulwa uhlelo lwe-MgO-SiO2 kanambambili, kepha izinga lokushisa elisezingeni eliphansi le-eutectic nalo linezinga eliphansi le-eutectic. 1543 ° C. Lapho i-alkalinity ne-MgO zisebenza ndawonye, ​​umphumela we-alkalinity ekwehliseni izinga lokunwetshwa kwama-pellets ngokuyisisekelo uyefana nokuqukethwe kwemvelo kwe-MgO ngaphansi kokuqukethwe okufanayo kwe-MgO. Lapho i-MgO ingezwa, iphuzu lokuncibilika kwesigaba se-slag liyakhuphuka ngokuncibilika kweMgO esigabeni se-slag. Ngasikhathi sinye, iphuzu lokuncibilika kwesigaba se-slag nalo lenyuswa yi-MgO esigabeni se-slag.

Ngakho-ke, ngaphansi kwe-alkalinity efanayo, ukukhulisa okuqukethwe kwe-MgO kunganciphisa ukwanda kokunciphisa.

　　 Ukunwetshwa kwevolumu ye-hematite kuma-pellets ane-oxidized kwehliselwe ku-magnetite naku-floatite. Lokhu kunwetshwa kubangelwa ukuguqulwa kwesakhiwo se-crystal lapho i-hematite incishiselwa ku-magnetite. Izinga lokunciphisa ukwanda kwama-pellets lihlobene nokwakhiwa kwe-gangue kanye nekhono lesigaba se-slag ukumelana nengcindezi eyenziwe ukwehliswa kwezinhlayiya ze-hematite.

Isigaba sokuncibilika okuphezulu se-slag akulula ukuncibilika ngenkathi yenqubo yokwehliswa, futhi ukugcina amandla aphakeme kunganciphisa ngempumelelo ukwanda kokuncishiswa kwama-pellets, kuyilapho isigaba esiphansi sokuncibilika kwe-slag sizokwenza ukwanda kokuncishiswa kwamaphilisi kube kubi kakhulu.

　　 Izinga lokuncishiswa kwamapellets angaphansi kwama-20% lingelesilinganiso esivamile sokwanda, futhi ubukhulu be-pellets ye-specularite kufanele ilawulwe ngaphakathi kobubanzi obungaphansi kuka-0.2 noma ngaphezulu noma bulingane no-1.0.

Kodwa-ke, ekukhiqizeni okujwayelekile kwezimboni, inani lokuncishiswa kokuncishiswa kwamapellets liyadingeka ukuthi lilawulwe ngaphansi kwe-15%. Kuma-pellets we-specularite ane-alkalinity yemvelo equkethe i-3.0% ~ 3.1% i-SiO2, isilinganiso sokwehliswa kokuncipha singaphansi kuka-15%, kanti idigri yokwehlisa ingama-62.2% kuphela. Lapho wenza ngcono idigri yokwehlisa ngokwandisa i-alkalinity, kuyadingeka ukunciphisa i-alkalinity Kuphela lapho izinga lokukhuphuka lifike ku-1.0 nokuqukethwe kwe-MgO kube ngu-3.0%, noma i-alkalinity ibe ngu-1.2 nokuqukethwe yi-MgO ≥1.0%, lapho kungancipha ukwanda isilinganiso sibe ngaphansi kuka-15%.

　　Umphumela wokuqukethwe kwe-alkalinity ne-MgO ekunciphiseni ukushisa okushisa okuphansi. I-pulverization yokunciphisa ukushisa okushisa okuphansi (i-RDI) ikhombisa ukuthambekela kwama-pellets ukukhiqiza impuphu lapho yehliswa engxenyeni engenhla yesithando somlilo noma isithando somlilo esinciphise ngqo ebangeni lokushisa elingu-400 ° C kuye ku-600 ° C. Isizathu esiyinhloko sokunciphisa izinga lokushisa okuphansi kanye ne-pulverization ukukhuliswa kwevolumu nokuhlanekezelwa kwe-lattice okubangelwa ukuguqulwa kwesakhiwo se-crystal lapho i-hematite incishiselwa ku-magnetite.

Kunezindlela ezintathu zokubopha ezinkulu ezenziwa lapho ama-pellets eshewa ngaphambili futhi agosa:

I-iron oxide recrystallization, i-silicate bonding ne-ferrite bonding.

Phakathi kwabo, i-hematite recrystallization bonding iyona evame kakhulu futhi iqine kakhulu, kepha i-hematite ayizinzile ngokweqile ngaphansi kwezimo zokunciphisa, kuyilapho isigaba se-silicate bonding singagcinwa lapho i-hematite incishiselwa ku-magnetite. Shintsha.

Ngakho-ke, kungenzeka ukwandisa lokhu kusatshalaliswa okufanayo futhi ugcine isigaba sokuqina esizinzile ngaphansi kwezimo zokunciphisa ukushisa okuphansi ngokungeza ukugeleza, ukuze kunciphise ukuncipha kokushisa okuphansi kanye ne-pulverization yama-mirrorite pellets.

Ama-pellets ane-alkalinity yemvelo nokuqukethwe kwemvelo kwe-MgO ikakhulukazi ukuhlanganiswa kwe-hematite solid-phase diffusion, ngesigaba esibophayo esingaphansi. Ngakho-ke, i-powder eningi ikhiqizwa ngesikhathi sokunciphisa ukushisa okuphansi, futhi inani layo le-RDI-3.15mm liphakeme njenge-12.75. %. Ngaphansi kokuqukethwe kwe-MgO yemvelo, i-alkalinity inyuke yaya ku-0.2, futhi inani le-pellet low-temperature low pulverization rate RDI-3.15mm inani lehle ngokushesha lafika ku-0.52%; i-alkalinity iqhubeke nokukhula, futhi inani le-RDI-3.15mm ligcinwe ngokuyisisekelo cishe ku-0.5%. Lokhu kungenxa yokuthi ukwengezwa kwe-CaO kwenza ukuthi ama-pellets akwazi ukwakha izigaba zamanzi ezinamathele kakhulu ezizinzile ngesikhathi sokunciphisa izinga lokushisa eliphansi ngesikhathi sokufudumeza nokubala, ngaleyo ndlela kufezekiswe inhloso yokwehlisa ukuncipha kwamazinga okushisa aphansi kanye ne-pulverization yamaphilisi.

Ngaphansi kwe-alkalinity yemvelo, kukhulisa okuqukethwe kwe-MgO, ukwehla okushisa okuphansi kanye nesilinganiso se-pulverization yamapellets, i-RDI-3.15mm, konke kwehla ngaphansi kuka-3.0%. Lapho i-alkalinity ne-MgO zisebenza ndawonye, ​​inani le-RDI-3.15mm lama-pellets ekunciphiseni ukushisa okushisa okuphansi liphansi. I-RDI-3.15mm incipha ngokwanda kwe-alkalinity, futhi inyuka kancane ngokwanda kokuqukethwe kwe-MgO. Lokhu kungenxa ye-MgO Kungavimbela ukwakheka kwe-liquid phase silicate.

　　Umphumela wokuqukethwe kwe-alkalinity nokuqukethwe yi-MgO kuzimpawu zokubuyisa. Izici zokuncibilika kwamapellets zingakhombisa ukwakheka kwamapellets endaweni encibilikayo ethambile engxenyeni engezansi yesithando somlilo nokusebenza kwazo endaweni ethambile yokuncibilika. Izici zokukhokhiswa ezikhokhiswayo zinomthelela omkhulu ekusebenzeni kwesithando somlilo. Izinga lokushisa elinciphisayo lama-pellets liphansi futhi isikhathi sokuphumula sibanzi, futhi ukutholakala komoya kwendawo evuselelayo engxenyeni engezansi yesithando somlilo kuzoba kubi, okungahambisani nokuhanjiswa kwegesi encishisiwe nokushaja futhi kuthinta kakhulu inqubo yokunciphisa.

Ama-pellets e-acid ane-alkalinity yemvelo nokuqukethwe kwemvelo kwe-MgO aqala ukuthamba ku-1009 ° C, kanti izinga lokushisa elehlayo lingu-1272 ° C. Ngokuqukethwe kwe-MgO yemvelo, i-alkalinity inyuka iye ku-1.2, izinga lokushisa elithambile lama-pellets lenyuka laya ku-1034 ° C, isikhathi sokuthamba kanye nesikhathi sokuthambisa sinciphile, futhi izinga lokushisa eliconsayo nalo lenyuka laya ku-1299 ° C. Lapho i-alkalinity ingu-1.2, ukukhulisa okuqukethwe kwe-MgO kungakhuphula izinga lokushisa lokuthamba kanye nezinga lokushisa eliconsayo. Lapho okuqukethwe kwe-MgO kungu-1.0%, izinga lokushisa elithambile le-pellet lizokhuphukela ku-1072 ℃, izinga lokushisa eliconsayo lizofinyelela ku-1319 ℃, okuqukethwe kwe-MgO kuzoqhubeka nokwanda, futhi izinga lokushisa lokuthambisa le-pellet ngeke Ngokukhula okuqhubekayo, izinga lokushisa eliconsayo lenyukile .

Izici zokugcwala kwamapellets zithinteka kakhulu yizigaba zoketshezi ezincibilika kancane njenge-fusterite ne-slag ekhiqizwa ngesikhathi sokuncipha. Izici ezingezinhle zokushisa okushisa okuphezulu kwama-pellets e-acid ikakhulu kungenxa yokuncibilika okuphansi kwesigaba se-olOne-rich olgine slag ngesikhathi senqubo yokwehlisa, futhi ukwengezwa kwe-MgO kungakhuphula iphuzu lokuncibilika kwesigaba se-slag. Ukwakhiwa kwesixazululo esiqinile esinendawo encibilika kakhulu kuzobamba iqhaza nasekwenzeni ngcono izinga lokushisa okuphezulu kwamapellets.

Sicela ugcine umthombo nekheli lale ndatshana ukuze uphinde uprintwe: "Alkali" ne- "Magnesium" ukuthuthukisa ukusebenza kwe-pellet

UMinghe Inkampani yeDie Casting anikezelwe ekukhiqizeni nasekuhlinzekeni ikhwalithi nokusebenza okuphezulu Izingxenye Zokulingisa (izingxenye zensimbi zensimbi zokufa zisebenza ikakhulukazi zibandakanya I-Thin-Wall Die Casting,I-Hot Chamber Die Casting,Cold Chamber die Casting), Insizakalo Eyindilinga (Insiza Yokulingisa,ICnc Machining,Ukwenza Okubandayo, Surface Treatment) .Noma ikuphi ukusakazwa kwe-Aluminium die, i-magnesium noma i-Zamak / zinc die casting nezinye izidingo zokuphosa zamukelekile ukuxhumana nathi.

Ngaphansi kokulawulwa kwe-ISO9001 ne-TS 16949, Zonke izinqubo zenziwa ngamakhulu emishini esezingeni eliphakeme yokufa, imishini ye-5-axis, nezinye izikhungo, ezisukela kuma-blasters kuya kumishini yokuwasha ye-Ultra Sonic.Minghe akagcinanga ngemishini esezingeni eliphezulu kepha futhi unobuchwepheshe iqembu lonjiniyela abanolwazi, ama-opharetha nabahloli ukwenza ukwakheka kwekhasimende kugcwaliseke.

Umenzi wenkontileka yokufa kwabasikiwe. Amandla afaka izingxenye ezibandayo ze-aluminium die casting ezivela ku-0.15 lbs. kuye ku-6 lbs., Ukusetha ushintsho olusheshayo, nemishini. Izinsizakalo ezingezwe ngenani zifaka phakathi ukupholisha, ukudlidliza, ukuphazamisa, ukuqhumisa ngokudubula, ukupenda, ukuhlobisa, ukumboza, ukuhlangana nokusetshenziswa kwamathuluzi. Izinto zokusebenza ezisetshenzisiwe zifaka ama-alloys afana no-360, 380, 383, no-413.

I-Zinc die casting design usizo / izinsizakalo zobunjiniyela ezihambisanayo. Umenzi wangokwezifiso we-precision zinc die castings. Ukusakazwa okuncane, ukukhishwa kwengcindezi ephezulu, ukusikeka kwesikhunta esiningi, ukujikijelwa kwesikhunta okuvamile, ukufefa kwamayunithi kanye nokuzimela okuzimele kanye nokuvalwa okuvaliwe komgodi kungenziwa. Ama-Castings angenziwa ngobude nobubanzi obufinyelela ku-24 in. Ku +/- 0.0005 in. Ukubekezelelana.  

I-ISO 9001: Umkhiqizi oqinisekisiwe ka-2015 we-die cast magnesium, Amandla afaka i-high-pressure magnesium die casting up to 200 ton chamber hot & 3000 ton cold chamber, designing designing, polishing, molding, machining, powder & liquid paint, QA full with CMM amakhono , inhlangano, ukupakisha nokulethwa.

Kuqinisekiswe i-ITAF16949. Insiza Eyengeziwe Yokulingisa Faka ukukhipha utshalomali,ukuphonsa kwesihlabathi,Ukuphonswa kwamandla, Lost Foam Ekubunjweni,I-Centrifugal Casting,Ukuphoswa Kokuqothula,Permanent Isikhunta Ukulingisa, Amakhono afaka i-EDI, usizo lobunjiniyela, ukumodeliswa okuqinile nokucutshungulwa kwesibili.

Izimboni Zokulingisa Izingxenye Zamacala Ezifundo Zezimoto: Izimoto, Amabhayisikili, Izindiza, Izinsimbi Zomculo, I-Watercraft, Amadivayisi we-Optical, Izinzwa, Amamodeli, Amadivayisi we-elekthronikhi, Ukuvaleka, Amawashi, Imishini, Izinjini, Ifenisha, Ubucwebe, AmaJig, Telecom, Ukukhanyisa, Amadivayisi Wezokwelapha, amadivayisi wezithombe, Amarobhothi, okubaziwe, okokusebenza komsindo, okwezemidlalo, i-Tooling, Amathoyizi nokuningi. 

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By Umkhiqizi weMinghe Die Casting | Izigaba: Izindatshana Eziwusizo |Material Omaka: I-Aluminium Casting, Zinc Ukulingisa, Ukulingiswa kweMagnesium, I-Titanium Casting, Insimbi Engagqwali, Brass Ekubunjweni,Ukulingiswa kweBronze,Isakaza ividiyo,Umlando wenkampani,I-Aluminium Die Casting | Amazwana Off