Oomatshini bokuNyibilikisa bokungenisa
Njengomvelisi weziko lokunyibilikisa induction, iHasung ibonelela ngoluhlu olubanzi lweziko lokunyanga ubushushu begolide, isilivere, ubhedu, iplatinam, i-palladium, irhodium, iintsimbi kunye nezinye iintsimbi.
Idesktop yohlobo lwe-mini induction melting furnace yenzelwe i-factory encinci yobucwebe, i-workshop okanye injongo yokusetyenziswa kwekhaya le-DIY. Ungasebenzisa zombini uhlobo lwe-quartz crucible okanye i-graphite crucible kulo matshini. Ubungakanani obuncinci kodwa bunamandla.
Uchungechunge lwe-MU sinikezela ngoomatshini bokunyibilika kwiimfuno ezininzi ezahlukeneyo kunye namandla okukrola (igolide) ukusuka kwi-1kg ukuya kwi-8kg. Izinto eziphathekayo zityhidiwe kwii-crucibles ezivulekile kwaye zithululwe ngesandla kwi-mold. Ezi zixhobo zokunyibilikisa zifanelekile ukunyibilikisa i-alloys zegolide kunye nesilivere kunye kunye ne-aluminium, ubhedu, i-aso yobhedu Ngenxa ye-generator induction enamandla ukuya kwi-15 kW kunye ne-frequency induction ephantsi impembelelo yokuvuselela isinyithi ihle kakhulu. Nge-8KW, unokunyibilikisa iplatinam, intsimbi, ipalladium, igolide, isilivere, njl. Ngamandla e-15KW, unokunyibilikisa i-2kg okanye i-3kg Pt, i-Pd, i-SS, i-Au, i-Ag, i-Cu, njl. kwi-2kg okanye i-3kg ye-ceramic crucible ngokuthe ngqo.
Iyunithi yokunyibilika ye-TF / MDQ yochungechunge kunye ne-crucible inokuthambeka kwaye itshixiwe kwindawo ngumsebenzisi kwii-angles ezininzi zokuzaliswa kwe-gentler. "Ukuthulula okuthambileyo" okunjalo kuthintela umonakalo kwi-crucible. Ukugalela kuyaqhubeka kwaye ngokuthe ngcembe, kusetyenziswa i-pivot lever. Umsebenzisi unyanzelekile ukuba ame kwicala lomatshini - kude neengozi zendawo yokuthulula. Yeyona ikhuselekileyo kubasebenzisi. Yonke i-axis yokujikeleza, i-handle, isikhundla sokubamba isikhunta zonke zenziwe nge-304 yensimbi engenasici.
Uthotho lwe-HVQ ziziko lokuthamba elikhethekileyo lobushushu obuphezulu besinyithi njengentsimbi, igolide, isilivere, irhodium, iplatinam-rhodium alloy kunye nezinye ialloys. Izidanga zevacuum zinokuhambelana nezicelo zabathengi.
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I-Metal Induction encinci I-Melting Furnace 3kg 4kg
Ikhono le-3kg okanye i-4kg yegolide, ubungakanani obuncinci, ukunyibilika ngokukhawuleza.
Ifumaneka ngegolide, igolide yekarat, isilivere, ubhedu, ialloys, njl.
Ubungakanani obuncinci, uyilo olulodwa
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I-Platinam Induction Iziko lokunyibilikisa 1kg 2kg 3kg 4kg 5kg Hasung
Intshayelelo yeZixhobo:
Esi sixhobo sisebenzisa iimodyuli zokufudumala zemodyuli ze-IGBT eziphezulu zaseJamani, ezikhuselekileyo kwaye zilungele ngakumbi. Ukungeniswa ngokuthe ngqo kwesinyithi kunciphisa ilahleko. Ifanele ukunyibilika kweentsimbi ezifana negolide kunye neplatinam. I-Hasung eyenziwe ngokuzimeleyo kwaye iphuhliswe inkqubo yokufudumeza kunye nomsebenzi othembekileyo wokukhusela wenza ukuba umatshini wonke uzinze kwaye uhlale uqinile.
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I-Tilting Induction Iziko lokunyibilikisa legolide yePlatinam iPalladium Rhodium 1kg 2kg 3kg 4kg 5kg 6kg 8kg
Uyilo lwale nkqubo yokunyibilika kwe-tilting isekelwe kwiimfuno zokwenyani zeprojekthi kunye nenkqubo, kusetyenziswa ubuchwepheshe banamhlanje obuphezulu. Ukhuseleko luqinisekisiwe.
1. Yamkela iteknoloji yaseJamani ye-high-frequency / Low Frequency yokufudumeza iteknoloji, ukulandelela i-frequency ngokuzenzekelayo kunye neteknoloji yokukhusela ezininzi, ezinokunyibilika isinyithi ngexesha elifutshane, ukugcina amandla kunye nokusebenza ngokufanelekileyo.
2. Ukusebenzisa umsebenzi wokuvuselela i-electromagnetic, akukho lucalucalulo ngombala.
3. Yamkela i-Mistake Proofing (i-anti-fool) inkqubo yokulawula ngokuzenzekelayo, ekulula ukuyisebenzisa.
4. Ukusebenzisa inkqubo yokulawula ukushisa kwe-PID, ubushushu buchaneke ngakumbi (± 1 ° C) (ukhetho).
5. Isixhobo sokunyibilikisa i-HS-TFQ siphuhliswa ngokuzimeleyo kwaye senziwa ngeemveliso ezikumgangatho ophezulu wobugcisa bokunyibilikisa nokugalela igolide, isilivere, ubhedu, njl.
Uluhlu lwe-HS-HS-TFQ lwenzelwe ukunyibilikisa iplatinum, i-palladium, i-Rhodium, igolide, isilivere, ubhedu kunye nezinye i-alloys.
6. Esi sixhobo isicelo amacandelo brand angaphandle edumileyo.
7. Igcina ukufudumeza ngelixa igalela ulwelo lwetsimbi kwimeko enkulu eyenza abasebenzisi bafumane umgangatho omkhulu wokuphosa.
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I-Rotary Vacuum Induction Furnace (VIM) FIM/FPt (iPlatinum, iPalladium Rhodium kunye neAlloys)
I-FIM / FPt sisithando somlilo sokunyibilikisa iplatinum, ipaladium, irhodium, intsimbi, kunye nobushushu obuphezulu bealloys enesixhobo sokuthamba.
Ingasetyenziselwa ukufumana ukunyibilika okugqibeleleyo kweplatinum kunye ne-palladium alloys ngaphandle kokufakwa kwegesi.
Inokunyibilika ukusuka kubuncinci be-500g ukuya kubuninzi be-10kg yePlatinam ngemizuzu.
Iyunithi yokunyibilika iqulethwe yi-casing yensimbi engenasici epholileyo yamanzi apho i-crucible rotate kunye ne-ingot mold for tilting casting.
I-melting, i-homogenization kunye nesigaba sokuphosa sinokuthi senzeke phantsi kwe-vacuum okanye kwindawo yokukhusela.
Iziko ligqityiwe nge:
- Inqanaba eliphindwe kabini le-rotary vane vacuum impompo kwindawo yokuhlambela yeoli;
- Inzwa yoxinzelelo oluphezulu lwedijithali;
- Ipyrometer ye-Optical yokulawula ubushushu;
- Ukuchaneka okuphezulu kokutshintsha kwesivacuum yedijithali yokufunda isifunxa + Isiboniso.
Iingenelo
- Itekhnoloji yokunyibilikisa ivacuum
- Inkqubo yokuthambeka ngesandla/ezenzekelayo
- Ubushushu obuphezulu bokunyibilika
Iteknoloji yeHasungUbushushu obuphezulu bokungeniswa kweVacuum yokuNyibilikisa iFuna yoMfuniselo yoMfuniselo
Iimpawu zeMveliso
1. Isantya sokunyibilika ngokukhawuleza, ubushushu bunokufikelela ngaphezulu kwe-2200℃
2. Ngomsebenzi wokuvuselela oomatshini, izinto eziphathekayo zixutywe ngakumbi
3. Ixhotyiswe ngolawulo olucwangcisiweyo lobushushu, seta ijiko lokufudumeza okanye lokupholisa ngokweemfuno zakho zenkqubo, izixhobo ziya kuzifudumeza ngokuzenzekelayo okanye zizipholise ngokwale nkqubo.
4. Ngesixhobo sokugalela, isampuli etyhidiweyo inokugalelwa kwi-ingot mold elungiselelwe, kunye nemilo yesampuli oyifunayo inokugalelwa.
5. Iyakwazi ukunyibilika phantsi kweemeko ezahlukeneyo ze-atmosphere: ukunyibilika emoyeni, umoya okhuselayo kunye neemeko eziphezulu ze-vacuum, uthenge uhlobo olulodwa lwezixhobo, uqaphele imisebenzi eyahlukeneyo; gcina ixabiso lakho ukuya kumlinganiselo othile.
6. Ngenkqubo yokutya yesibini: Inokuqonda ukongeza ezinye izinto ngexesha lenkqubo yokunyibilikisa, ekulungeleyo ukuba ulungiselele iisampulu ezahlukeneyo.
7. Umzimba wesithando somlilo uyintsimbi engenastainless kunye nokupholisa amanzi ukuqinisekisa ukuba ubushushu beqokobhe bungaphantsi kwama-35 °C ukukhusela ukhuseleko lwakho lomntu.
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Umatshini wokunyibilikisa wokunyibilikisa weGolide weSiliva yeSiliva 2kg 3kg 4kg 5kg 6kg
Uyilo lwale nkqubo yokunyibilika kwe-tilting isekelwe kwiimfuno zokwenyani zeprojekthi kunye nenkqubo, kusetyenziswa ubuchwepheshe banamhlanje obuphezulu. Ukhuseleko luqinisekisiwe.
1. Yamkela iJamani I-IGBT iteknoloji yokufudumeza, ukulandelela i-frequency ngokuzenzekelayo kunye neteknoloji yokukhusela ezininzi, ezinokunyibilikisa isinyithi ngexesha elifutshane, ukugcina amandla kunye nokusebenza ngokufanelekileyo.
2. Ukusebenzisa umsebenzi wokuvuselela i-electromagnetic, akukho lucalucalulo ngombala.
3. Yamkela i-Mistake Proofing (i-anti-fool) inkqubo yokulawula ngokuzenzekelayo, ekulula ukuyisebenzisa.
4. Ukusebenzisa inkqubo yokulawula ukushisa kwe-PID, ubushushu buchaneke ngakumbi (± 1 ° C) (ukhetho).
5. Isixhobo sokunyibilikisa i-HS-TFQ siphuhliswa ngokuzimeleyo kwaye senziwa ngeemveliso ezikumgangatho ophezulu wobugcisa bokunyibilikisa nokugalela igolide, isilivere, ubhedu, njl.
Uluhlu lwe-HS-TFQ lwenzelwe ukunyibilika kweplatinum, i-palladium, i-Rhodium, igolide, isilivere, ubhedu kunye nezinye i-alloys.
6. Esi sixhobo isicelo amacandelo brand angaphandle edumileyo.
7. Igcina ukufudumeza ngelixa igalela ulwelo lwetsimbi kwimeko enkulu eyenza abasebenzisi bafumane umgangatho omkhulu wokuphosa.
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Ukunyibilika kwe-Oven enyibilikayo ngokukhawuleza 20kg 30kg 50kg 100kg Manual Ukuthambeka kwesithando sokunyibilikisa segolide
Ukunyibilika kweeFurnaces zokunyibilikisa izixa ezikhulu zesinyithi kwiingots okanye iibullions.
Aba matshini benzelwe ukunyibilikisa izixa ezikhulu, umzekelo kumzi-mveliso wegolide wokurisayikilishwa komthamo omkhulu wokunyibilika okungama-50kg okanye i-100kg ngebhetshi nganye.
Uchungechunge lwe-Hasung TF - luzanyiwe kwaye lwavavanywa kwiziseko kunye namaqela anqabileyo okucoca isinyithi.Iziko lethu lokunyibilikisa lokunyibilikisa lisetyenziswa ikakhulu kwiindawo ezimbini:
1. ukunyibilikisa izixa ezikhulu zesinyithi ezifana negolide, isilivere okanye imveliso yesinyithi efana ne-scraps, 15KW, 30KW, kunye nobuninzi be-60KW imveliso kunye nokulungelelaniswa kwe-frequency ephantsi kuthetha ukunyibilika okukhawulezayo okonwabela ezona ziphumo zingcono ezivela e-China - nakwimiqulu emikhulu. – kunye nokugqwesa ngokudibanisa.
2. yokuphosa izinto ezinkulu, ezinzima emva kokuphoswa kwamanye amashishini.
Iziko lokuthambeka elihlangeneyo nelixabisa kakhulu ukusuka kwi-TF1 ukuya kwi-TF15 lisetyenziswa kushishino lobucwebe nakwiziseko zentsimbi exabisekileyo, luphuhliso olutsha ngokupheleleyo. Baxhotyiswe ngeejenereyitha ezintsha zokwenziwa komsebenzi ophezulu ezifikelela kwinqanaba lokunyibilika ngokukhawuleza kwaye ziqinisekise ukuxubana ngokucokisekileyo kunye ne-homogenisation yesinyithi esityhidiweyo. Imodeli ye-TF20 ukuya kwi-TF100, Ngokuxhomekeke kwimodeli, umthamo usuka kumthamo we-crucible we-20kg ukuya kwi-100kg yegolide, ingakumbi kwiinkampani ezixabisekileyo zokwenza isinyithi.
I-TFQ series tilting furnaces zenzelwe zombini iplatinam kunye negolide, zonke iintsimbi ezifana neplatinam, palladium, stainless steel, igolide, isilivere, ubhedu, iialloys njl.
Olu hlobo lweziko lulungile ekunyibilikeni kweplatinam, kungoko xa ugalela, umatshini ugcina ubushushu ude ugqibe ukugalela, emva koko ugalele uzivale ngokuzenzekelayo xa sele ugqibile.
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I-Induction yokunyibilikisa i-Ournace yePlatinam yeSiliva yeSiliva yeRhodium iPalladium
Inkqubo yeyunithi yokunyibilika ye-MU isekelwe kwiimfuno zokwenene zokunyibilika kwezacholo kunye nenjongo yokusulungekiswa kweentsimbi ezixabisekileyo.
1. Iiyunithi zokunyibilika kwe-HS-MU ziphuhliswa ngokuzimeleyo kwaye zenziwe ngeemveliso ezikumgangatho ophezulu wobugcisa bokunyityilikiswa kunye nokuchithwa kwegolide, isilivere, ubhedu kunye nezinye i-alloys.
2. Iziqhumiso ze-HS-MUQ zokunyibilikisa zixhotyiswe ngejeneretha enye yokufudumeza kodwa ukusetyenziswa kabini kwi-smelting kunye ne-casting ye-platinum, i-palladium, insimbi engenasici, igolide, isilivere, ithusi kunye nezinye i-alloys, ezinokusetyenziswa ngokuguqula iziphambano kuphela. Kulula kwaye kulula.
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1kg 2kg Mini Induction yokuNyibilikisa Iziko leSilver yeSiliva yeCopper
I-desktop mini induction melting furnace, umthamo ukusuka kwi-1kg-2kg, ethatha imizuzu eyi-1-2 ukunyibilikisa ibhetshi enye yesinyithi. Iza kuyilo oludibeneyo kwaye inokuba ziiyure ezingama-24 ngokuqhubekayo isebenza. Kwakhona, esi sithando somlilo sentsimbi sinobuhlobo kakhulu nokusingqongileyo, sisebenzisa amandla e-6KW ane-220V isigaba esinye esigcina amandla amaninzi ukuhambisa iziphumo ezifunwayo.
Kucetyiswa kakhulu kwifektri encinci yobucwebe okanye iworkshop yobucwebe, esebenzayo kunye nobomi obude usebenzisa. Nangona isisixhobo esincinci, sizalisekisa umsebenzi omkhulu kubasebenzisi.
Isixhobo sokulawula ubushushu siyakhethwa kulo matshini.
Umbuzo: Yintoni i-Electromagnetic Induction?
I-Electromagnetic Induction yafunyanwa nguMichael Faraday ngo-1831, kunye noJames Clerk Maxwell ngokwezibalo wachaza njengomthetho weFaraday wokungenisa. Ukufakwa kwe-Electromagnetic Induction yinto yangoku eveliswa ngenxa yemveliso yombane (amandla ombane) ngenxa yokutshintsha kwemagnethi. Oku mhlawumbi kwenzeka xa umqhubi ibekwe kwindawo eshukumayo yamagnetic (xa usebenzisa umthombo wamandla we-AC) okanye xa umqhubi ehlala eshukuma kwindawo emileyo yamagnetic. Njengokuseta okunikiweyo ngezantsi, uMichael Faraday ulungiselele ucingo oluqhutywayo oluncanyathiselwe kwisixhobo sokulinganisa umbane kwisekethe. Xa umazibuthe webar eshukunyiswa kwikhoyili, isixhobo sokubona amandla ombane silinganisa amandla ombane kwisekethe.Ngovavanyo lwakhe, ufumanise ukuba kukho izinto ezithile eziphembelela le mveliso yombane. Bazi:
Inani leeCoils: Umbane owenziweyo uhambelana ngokuthe ngqo nenani lokujika / iikhoyili zocingo. Ubuninzi benani lokujika, mkhulu umbane oveliswayo
Ukutshintsha iMagnetic Field: Ukutshintsha indawo yemagnethi kuchaphazela amandla ombane. Oku kunokwenziwa ngokuhambisa umhlaba wemagnethi ujikeleze umqhubi okanye ukuhambisa umqhubi kumhlaba wemagnethi.
Unokufuna kwakhona ukujonga le ngcamango inxulumene nokuqaliswa:
Uqhelaniso – Ukuziqhelanisa nokuZiqhelanisa kunye
I-Electromagnetism
Ifomula yoKwenziwa kweMagnetic.
Umbuzo: Yintoni ukufudumala kwe-induction?
I-Basics Induction iqala nge-coil yezinto eziphathekayo (umzekelo, ubhedu). Njengoko ikhoyo ngoku ihamba kwikhoyili, intsimi yamagnetic ngaphakathi nangaphandle kwekhoyili iyaveliswa. Ukukwazi ukwenza umsebenzi wemagnethi kuxhomekeke kuyilo lwekhoyili kunye nomthamo wangoku oqukuqelayo kwikhoyili.
Ulwalathiso lwentsimi yamagnetic luxhomekeke kwindlela ehamba ngayo ngoku, ngoko ke i-current alternating ngokusebenzisa ikhoyili
iya kubangela ukuba umhlaba wemagnethi utshintshe kwicala lesantya esifana nesokujikeleza kwangoku. I-60Hz AC yangoku iya kubangela ukuba umhlaba wemagnethi utshintshe ulwalathiso amaxesha angama-60 ngomzuzwana. I-400kHz i-AC yangoku iya kubangela ukuba intsimi yamagnetic itshintshe amaxesha angama-400,000 okwesibini.Xa into eqhubayo, isiqwenga somsebenzi, sibekwe kwindawo eguqukayo yamagnetic (umzekelo, intsimi eyenziwe nge-AC), i-voltage iya kunyanzeliswa kwindawo yokusebenza. (uMthetho kaFaraday). Umbane owenziweyo uya kubangela ukuhamba kwee-electron: okwangoku! I-current flowing through workpiece iya kuhamba ngendlela echaseneyo njengangoku kwi-coil. Oku kuthetha ukuba sinokulawula ukuphindaphinda kwangoku kwindawo yokusebenza ngokulawula ukuphindaphinda kwangoku kwi
I-coil.Njengoko ikhoyo ngoku ihamba nge-medium, kuya kubakho ukuchasana nokuhamba kwee-electron. Oku kuxhathisa kubonisa njengobushushu (I-Joule Heating Effect). Izinto ezikwazi ukumelana nokuhamba kwee-electron ziya kunika ubushushu obuninzi njengoko umbane uhamba kuzo, kodwa ngokuqinisekileyo kunokwenzeka ukufudumeza izinto eziqhuba kakhulu (umzekelo, ubhedu) usebenzisa i-current induced current. Lo mcimbi ubalulekile ekufudumezweni kwe-induction. Yintoni esiyidingayo kwi-Induction Heating? Konke oku kusixelela ukuba sidinga izinto ezimbini ezisisiseko ukuze kufudunyezwe ukufudumala kwenzeke:
Ukutshintsha kwemagnethi
Isixhobo sombane esifakwa kumhlaba wemagnethi
I-Induction Heating ithelekisa njani nezinye iindlela zokufudumeza?
Kukho iindlela ezininzi zokufudumeza into ngaphandle kokungeniswa. Ezinye zeendlela eziqhelekileyo zemizi-mveliso ziquka iziko legesi, iziko lombane, kunye neebhafu zetyuwa. Ezi ndlela zonke zixhomekeke ekugqithiseni ubushushu kwimveliso evela kumthombo wobushushu (isitshisi, into yokufudumeza, ityuwa elulwelo) ngokusebenzisa i-convection kunye nemitha. Emva kokuba umphezulu wemveliso ushushu, ukushisa kudluliswa kwimveliso kunye ne-thermal conduction.
Iimveliso ezifudunyeziweyo ze-induction azixhomekanga kwi-convection kunye ne-radiation yokuhanjiswa kobushushu kumphezulu wemveliso. Kunoko, ubushushu buveliswa kumphezulu wemveliso ngokuhamba kwangoku. Ubushushu obuvela kumphezulu wemveliso buthunyelwa ngemveliso nge-thermal conduction.
Ubunzulu bobushushu obuveliswa ngokuthe ngqo kusetyenziswa umsinga owenziweyo buxhomekeke kwinto ebizwa ngokuba yireferensi yombane. Amaza ombane aphezulu azakukhokelela kubunzulu bereferensi yombane kwaye isantya esisezantsi sasinga sikhokelela kubunzulu bereferensi yombane. Ubunzulu bukwaxhomekeke kwiipropati zombane kunye nemagnethi yomsebenzi.
Ubunzulu beReferensi yoMbane yeeNkampani zeQela eziPhakamileyo neziPhantsi zeInductotherm zithatha ithuba kwezi zinto zibonakalayo kunye nezombane ukwenza ngokwezifiso izisombululo zokufudumeza kwiimveliso ezithile kunye nokusetyenziswa. Ukulawulwa ngononophelo lwamandla, i-frequency, kunye ne-coil geometry ivumela iinkampani ze-Inductotherm Group ukuba zenze izixhobo ezinomgangatho ophezulu wokulawula inkqubo kunye nokuthembeka kungakhathaliseki ukuba isicelo.
Kwiinkqubo ezininzi zokunyibilika linyathelo lokuqala ekuveliseni imveliso eluncedo; Ukunyibilika kwe-induction kuyakhawuleza kwaye kusebenza kakuhle. Ngokutshintsha ijometri yekhoyili ye-induction, iziko lokunyibilika kwe-induction zinokubamba iintlawulo ezinobungakanani ukusuka kumthamo wekomityi yekofu ukuya kumakhulu eetoni zetsimbi etyhidiweyo. Ukuqhubela phambili, ngokulungelelanisa ukuphindaphinda kunye namandla, iinkampani ze-Inductotherm Group zinokusebenza phantse zonke iintsimbi kunye nezixhobo ezibandakanya kodwa zingaphelelanga: isinyithi, intsimbi kunye ne-alloys yensimbi engenasici, i-alloys yobhedu kunye ne-copper-based, i-aluminium kunye ne-silicon. Isixhobo sokungeniswa senziwe ngokwesiqhelo kwisicelo ngasinye ukuqinisekisa ukuba sisebenza ngokufanelekileyo.Inzuzo enkulu ehambelana nokunyibilika kwe-induction yi-inductive stirring. Kwi-furnace ye-induction, i-metal charge material iyanyibilika okanye ifudunyezwe ngoku eveliswa yintsimi ye-electromagnetic. Xa isinyithi sinyibilika, le ndawo ibangela ukuba ibhafu ihambe. Oku kubizwa ngokuba yi-inductive stirring. Le ntshukumo engaguqukiyo ngokwendalo ixuba ibhafu ivelisa umxube one-homogeneous kwaye inceda ngokudibanisa. Ubungakanani bokuvuselela bumiselwa bubungakanani beziko, amandla afakwe kwisinyithi, ukuphindaphindwa kwentsimi ye-electromagnetic kunye nohlobo.
ukubala kwentsimbi eziko. Isixa sokuvuswa kwe-inductive nakwesiphi na isithando somlilo sinokusetyenziswa kwizicelo ezikhethekileyo ukuba kuyafuneka.I-Induction Vacuum MeltingNgenxa yokuba ukufudumeza kwe-induction kufezekiswa kusetyenziswa i-magnetic field, umsebenzi (okanye umthwalo) unokwahlulwa ngokwasemzimbeni kwikhoyili ye-induction nge-refractory okanye enye into. indlela engaqhubiyo. Intsimi yamagnetic iya kudlula kule nto ukuze ifake i-voltage kumthwalo oqulethwe ngaphakathi. Oku kuthetha ukuba umthwalo okanye umsebenzi unokufudunyezwa phantsi kwe-vacuum okanye kwindawo elawulwa ngononophelo. Oku kuvumela ukucutshungulwa kweentsimbi ezisebenzayo (Ti, Al), ii-alloys ezikhethekileyo, i-silicon, igraphite, kunye nezinye izinto ezithintekayo zokuqhuba.
Ukwahlula amandla akhoyo, amandla ombane, kunye nokuphindaphindwa kwekhoyili ye-induction kukhokelela ekufudumezeni okulungiselelwe kakuhle, okufanelekileyo kwizicelo ezichanekileyo ezinje ngokuqina kwetyala, ukuqina kunye nokufudumeza, ukufakwa kwe-anneal kunye nezinye iindlela zokunyanga ubushushu. Inqanaba eliphezulu lokuchaneka liyimfuneko kwizicelo ezibalulekileyo ezifana nemoto, i-aerospace, i-fiber optics, ukubopha iimbumbulu, ukuqina kocingo kunye nokufudumeza kocingo lwasentwasahlobo. Ukufudumeza kwe-induction kulungele kakuhle usetyenziso lwesinyithi olukhethekileyo olubandakanya i-titanium, iintsimbi ezixabisekileyo, kunye nezixhobo eziphambili. Ulawulo oluchanekileyo lokufudumeza olufumanekayo nge-induction aluhambelani. Ngaphaya koko, kusetyenziswa iziseko zokufudumeza ezifanayo njengezixhobo zokufudumeza ze-vacuum crucible, ukufudumeza kwe-induction kunokuthwalwa phantsi kweatmosfera ukuze kusetyenziswe ngokuqhubekayo. Umzekelo annealing eqaqambileyo ityhubhu yensimbi engenasici kunye nombhobho.
I-Welding ye-High Frequency Induction Welding
Xa i-induction ihanjiswa kusetyenziswa i-High Frequency (HF) yangoku, nokuba i-welding inokwenzeka. Kwesi sicelo ubunzulu bereferensi yombane obunzulu obunokufezekiswa nge-HF yangoku. Kule meko isiqwenga sesinyithi senziwa ngokuqhubekayo, kwaye emva koko sidlula kwiseti yeeroli ezenziwe ngobunjineli ngokuchanekileyo, injongo yazo ikukunyanzela imiphetho yemigca eyenziweyo kunye nokudala i-weld. Ngaphambi nje kokuba umgca owenziweyo ufikelele kwiseti yemiqulu, udlula kwikhoyili ye-induction. Kule meko ikhoyo ngoku iqukuqela ezantsi ecaleni kwejiyometri “vee” eyenziwe yimiphetho yemigca endaweni yokujikeleza nje ngaphandle komjelo owenziweyo. Njengoko ikhoyo ngoku ihamba ecaleni kwemiphetho ye-strip, iya kutshisa ukuya kwiqondo lokushisa elifanelekileyo le-welding (ngaphantsi kweqondo lokushisa lokunyibilika kwezinto). Xa imiphetho icinezelwe kunye, zonke ii-debris, i-oxides, kunye nezinye izinto ezingcolileyo zinyanzeliswa ngaphandle ukuze kubangele i-weld ye-forge weld.
Ikamva Ngexesha elizayo lezinto ezinobunjineli obuphezulu, amanye amandla kunye nesidingo sokuxhobisa amazwe asaphuhlayo, amandla awodwa okwazisa anika iinjineli kunye nabayili bexesha elizayo indlela ekhawulezayo, esebenzayo, nechanekileyo yokufudumeza.
