Imishini Yokuncibilikisa Induction
Njengomkhiqizi weziko lokuncibilika kwe-induction, i-Hasung inikeza izinhlobonhlobo zezithando zezimboni zokushisa ukushisa kwegolide, isiliva, ithusi, iplatinamu, i-palladium, i-rhodium, izinsimbi nezinye izinsimbi.
I-desktop yohlobo lwe-mini induction melting furnace yakhelwe ifektri encane yobucwebe, indawo yokusebenzela noma inhloso yokusebenzisa ekhaya ye-DIY. Ungasebenzisa kokubili uhlobo lwe-quartz crucible noma i-graphite crucible kulo mshini. Usayizi omncane kodwa onamandla.
Uchungechunge lwe-MU sinikeza ngemishini encibilikayo yezidingo eziningi ezahlukene futhi enamandla okuqina (igolide) ukusuka ku-1kg ukuya ku-8kg. Izinto ezincibilikisiwe ezitsheni ezivulekile futhi zithelwa ngesandla esikhunjeni. Lezi zithando zokuncibilika zilungele ukuncibilika ama-alloys egolide nesiliva kanye ne-aluminium, ithusi, i-aso yethusi Ngenxa yejeneretha engenisa amandla efinyelela ku-15 kW kanye nefrikhwensi yokungeniswa okuphansi umphumela wokunyakazisa wensimbi muhle kakhulu. Nge-8KW, ungancibilikisa iplatinamu, insimbi, i-palladium, igolide, isiliva, njll. konke ku-1kg crucible ceramic ngokushintsha iziphambano ngokuqondile. Ngamandla angu-15KW, ungancibilikisa u-2kg noma u-3kg Pt, Pd, SS, Au, Ag, Cu, njll. ku-2kg noma 3kg i-ceramic crucible ngokuqondile.
Iyunithi encibilikayo yochungechunge lwe-TF/MDQ kanye ne-crucible ingatshekiswa futhi ikhiyelwe endaweni ngumsebenzisi kuma-engeli amaningi ukuze kugcwaliswe kancane. "Ukuthulula okuthambile" okunjalo kuvimbela ukulimala ku-crucible. Ukuthulula kuyaqhubeka futhi kuhamba kancane, kusetshenziswa i-pivot lever. Umsebenzisi uphoqeleka ukuthi ame eceleni komshini - kude nezingozi zendawo yokuthulula. Iphephe kakhulu kubasebenzisi. Yonke i-axis yokujikeleza, isibambo, isikhundla sokubamba isikhunta zonke zenziwe ngensimbi engagqwali engu-304.
Uchungechunge lwe-HVQ luyisithando somlilo esikhethekile se-vacuum esitshekisa ukushisa okuphezulu kwezinsimbi ezincibilikayo njengensimbi, igolide, isiliva, i-rhodium, i-platinum-rhodium alloy namanye ama-alloys. Amadigri evacuum angase ahambisane nezicelo zamakhasimende.
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I-Metal Induction Encane Isithando Somlilo 3kg 4kg
Amandla omthamo wegolide we-3kg noma 4kg, usayizi omncane, ukuncibilika ngokushesha.
Itholakala ngegolide, igolide le-karat, isiliva, ithusi, ama-alloys, njll.
Usayizi ohlangene, umklamo oyingqayizivele
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I-Platinum Induction Melting Furnace 1kg 2kg 3kg 4kg 5kg Hasung
Isingeniso Sezisetshenziswa:
Le divayisi isebenzisa amamojuli wokushisisa wemojula yesiJalimane ye-IGBT yekhwalithi ephezulu, ephephile futhi elula kakhulu. Ukungeniswa okuqondile kwensimbi kunciphisa ukulahlekelwa. Ifanele ukuncibilika kwezinsimbi ezifana negolide neplatinamu. Isistimu yokushisa eklanywe ngokuzimela futhi yathuthukiswa ye-Hasung kanye nomsebenzi wokuvikela othembekile kwenza wonke umshini uzinze futhi uhlale isikhathi eside.
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I-Tilting Induction Isithando Somlilo Esincibilikisa Igolide I-Platinum Palladium Rhodium 1kg 2kg 3kg 4kg 4kg 5kg 6kg 8kg
Ukuklanywa kwalolu hlelo lokuncibilika kwe-tilting kusekelwe ezidingweni zangempela zephrojekthi kanye nenqubo, kusetshenziswa ubuchwepheshe besimanje bobuchwepheshe obuphezulu. Ukuphepha kuqinisekisiwe.
1. Yamukela ubuchwepheshe be-German high-frequency / Low Frequency heat, ukulandelela imvamisa okuzenzakalelayo kanye nobuchwepheshe bokuvikela abaningi, obungancibilikisa izinsimbi ngesikhathi esifushane, bonge amandla futhi busebenze kahle.
2. Ukusebenzisa umsebenzi wokunyakazisa kazibuthe, akukho ukuhlukaniswa ngombala.
3. Isebenzisa uhlelo lokulawula i-Mistake Proofing (anti-fool), okulula ukulusebenzisa.
4. Ngokusebenzisa uhlelo lokulawula izinga lokushisa le-PID, izinga lokushisa linembe kakhulu (±1°C) (kuyakhetheka).
5. Umshini wokuncibilikisa we-HS-TFQ uthuthukiswa ngokuzimele futhi ukhiqizwa ngemikhiqizo esezingeni eliphezulu yobuchwepheshe ukuze kuncibilikiswe futhi kufakwe igolide, isiliva, ithusi, njll.
Uchungechunge lwe-HS-HS-TFQ lwenzelwe ukuncibilikisa i-platinum, i-palladium, i-Rhodium, igolide, isiliva, ithusi namanye ama-alloys.
6. Le mishini isebenzisa izingxenye eziningi zemikhiqizo edumile yangaphandle.
7. Igcina ukushisa ngenkathi ithela uketshezi lwensimbi esimweni esihle esivumela abasebenzisi ukuthi bathole ukusakaza kwekhwalithi ephezulu.
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I-Rotary Vacuum Induction Melting Furnace (VIM) FIM/FPt (Platinum, Palladium Rhodium and Alloys)
I-FIM/FPt iyisithando somlilo esishisayo sokuncibilikisa iplatinamu, i-palladium, i-rhodium, insimbi, nama-alloys okushisa aphezulu anomshini wokutshekisa.
Ingasetshenziselwa ukuthola ukuncibilika okuphelele kwe-platinum ne-palladium alloys ngaphandle kokufakwa kwegesi.
Ingancibilika kusukela ebuncaneni obungu-500g kuya ku-10kg wePlatinum ngemizuzu.
Iyunithi yokuncibilika yenziwe ngekesi lensimbi engenasici epholiswe ngamanzi lapho ikesi eline-crucible rotate kanye nesikhunta se-ingot sokusakaza okutshekisayo.
Isigaba sokuncibilika, ukuhlangana kwe-homogenization kanye nesigaba sokuphonsa singenzeka ngaphansi kwe-vacuum noma endaweni yokuzivikela.
Isithando somlilo siphelele ngokuthi:
- Iphampu ye-rotary vacuum yesiteji esiphindwe kabili ebhavini likawoyela;
- Ukunemba okuphezulu kwe-digital pressure sensor;
- I-Optical pyrometer yokulawula izinga lokushisa;
- Iswishi ye-vacuum yedijithali enembayo ephezulu yokufunda i-vacuum + Isibonisi.
Izinzuzo
- Ubuchwepheshe bokuncibilika kwevacuum
- Isistimu yokutshekisa ngesandla/ezenzakalelayo
- Izinga lokushisa eliphezulu lokuncibilika
I-Hasung TechnologyIsithando Sokushisa Esiphezulu Sokungenisa Okuncibilikisa Isithando Somlilo Sokuhlola Isithando Somlilo Esincibilikisayo
Izici Zomkhiqizo
1. Isivinini sokuncibilika ngokushesha, izinga lokushisa lingafinyelela ngaphezu kuka-2200 ℃
2. Ngomsebenzi oshukumisayo womshini, izinto ezibonakalayo zishukunyiswa ngokulinganayo
3. Ifakwe ukulawula izinga lokushisa okuhleliwe, setha ijika lokushisisa noma lokupholisa ngokwezidingo zenqubo yakho, okokusebenza kuzofudumeza noma kuphole ngokuzenzakalelayo ngokwale nqubo.
4. Ngomshini wokuthulula, isampula elincibilikisiwe lingathululwa esikhunjeni se-ingot esilungisiwe, futhi ukuma kwesampula oyifunayo kungathululwa.
5. Ingancibilika ngaphansi kwezimo ezihlukahlukene zomkhathi: ukuncibilika emoyeni, umoya ovikelayo kanye nezimo ze-vacuum eziphezulu, ukuthenga uhlobo olulodwa lwemishini, qaphela imisebenzi ehlukahlukene; gcina izindleko zakho ngezinga elithile.
6. Ngohlelo lwesibili lokuphakelayo: Ingabona ukwengeza ezinye izakhi phakathi nenqubo yokuncibilika, okulungele ukuthi ulungiselele amasampula ahlukahlukene.
7. Umzimba wesithando somlilo uyinsimbi engagqwali epholisa amanzi ukuze uqinisekise ukuthi izinga lokushisa legobolondo lingaphansi kuka-35 °C ukuze uvikele ukuphepha kwakho siqu.
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Umshini Wokuncibilikisa We-Tilting Induction Wegolide I-Silver Copper 2kg 3kg 4kg 5kg 6kg
Ukuklanywa kwalolu hlelo lokuncibilika kwe-tilting kusekelwe ezidingweni zangempela zephrojekthi kanye nenqubo, kusetshenziswa ubuchwepheshe besimanje bobuchwepheshe obuphezulu. Ukuphepha kuqinisekisiwe.
1. Yamukela eJalimane Ubuchwepheshe bokushisa be-IGBT, ukulandelela imvamisa okuzenzakalelayo kanye nobuchwepheshe bokuvikela okuningi, obungancibilikisa izinsimbi ngesikhathi esifushane, bonge amandla futhi busebenze kahle.
2. Ukusebenzisa umsebenzi wokunyakazisa kazibuthe, akukho ukuhlukaniswa ngombala.
3. Isebenzisa uhlelo lokulawula i-Mistake Proofing (anti-fool), okulula ukulusebenzisa.
4. Ngokusebenzisa uhlelo lokulawula izinga lokushisa le-PID, izinga lokushisa linembe kakhulu (±1°C) (kuyakhetheka).
5. Umshini wokuncibilikisa we-HS-TFQ uthuthukiswa ngokuzimele futhi ukhiqizwa ngemikhiqizo esezingeni eliphezulu yobuchwepheshe ukuze kuncibilikiswe futhi kufakwe igolide, isiliva, ithusi, njll.
Uchungechunge lwe-HS-TFQ lwenzelwe ukuncibilikisa i-platinum, i-palladium, i-Rhodium, igolide, isiliva, ithusi namanye ama-alloys.
6. Le mishini isebenzisa izingxenye eziningi zemikhiqizo edumile yangaphandle.
7. Igcina ukushisa ngenkathi ithela uketshezi lwensimbi esimweni esihle esivumela abasebenzisi ukuthi bathole ukusakaza kwekhwalithi ephezulu.
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I-Smelt Oven Induction Speedy Melting 20kg 30kg 50kg 100kg Manual Tilting Gold Smelting Furnace
I-Tilting Melting Furnaces yokuncibilikisa insimbi eningi ibe ama-ingots noma ama-bullion.
Le mishini yakhelwe ukuncibilikisa izinto eziningi, isibonelo embonini yokugaywa kabusha kwegolide ukuze kuncibilike umthamo omkhulu ongu-50kg noma u-100kg iqoqo ngalinye.
Uchungechunge lwe-Hasung TF - luzanywe futhi lwahlolwa kuma-Foundries nasemaqenjini okuhluza insimbi eyigugu.Izithando zethu zokuncibilikisa ezitshekisayo zisetshenziswa kakhulu ezindaweni ezimbili:
1. ukuncibilikisa izinsimbi eziningi ezifana negolide, isiliva noma imboni yensimbi yokukhiqiza efana nezinsalela zokusanhlamvu, 15KW, 30KW, kanye nokuphumayo okungama-60KW nokushunwa kwefrikhwensi ephansi kusho ukuncibilika okusheshayo okujabulela imiphumela engcono kakhulu evela e-China - ngisho nangamavolumu amakhulu. - kanye nokuxuba okuhle kakhulu.
2. ukusakaza izingxenye ezinkulu, ezisindayo ngemva kokusakaza kwezinye izimboni.
Izithando zomlilo ezitshekisayo ezihlangene futhi ezingabizi kakhulu ukusuka ku-TF1 kuya ku-TF15 zisetshenziswa embonini yobucwebe nasezindaweni eziyisisekelo zensimbi eyigugu, ziyintuthuko entsha ngokuphelele. Afakwe amajeneretha amasha wokungeniswa kokusebenza okuphezulu afinyelela iphuzu lokuncibilika ngokushesha okukhulu futhi aqinisekise ukuxubana okuphelele kanye ne-homogenisation yezinsimbi ezincibilikisiwe. Amamodeli e-TF20 kuya ku-TF100, Ngokuya ngemodeli, umthamo uyahluka ukusuka kumthamo onqunywayo ongu-20kg kuya ku-100kg wegolide, ikakhulukazi ezinkampanini ezikhiqiza izinsimbi eziyigugu.
I-TFQ series tilting furnaces yakhelwe kokubili iplatinamu negolide, zonke izinsimbi ezifana neplatinamu, i-palladium, insimbi engagqwali, igolide, isiliva, ithusi, ama-alloys njll, zingancibilika emshinini owodwa ngokushintsha izinsimbi kuphela.
Lezi ziko zilungele ukuncibilika kweplatinamu, ngakho-ke lapho uthela, umshini ugcina ukushisa uze uqede ukuthulula, bese uthela uvala ngokuzenzakalelayo lapho usuqedile.
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I-Induction Melting Furnace Yegolide IPlatinum Silver Copper Rhodium Palladium
Uhlelo lweyunithi yokuncibilika kwe-MU lusekelwe ezidingweni zangempela zokuncibilika kobucwebe kanye nenjongo yokucwenga izinsimbi eziyigugu.
1. Amayunithi ancibilikayo e-HS-MU athuthukiswa ngokuzimele futhi akhiqizwa ngemikhiqizo esezingeni eliphezulu yobuchwepheshe ukuze kuncibilikiswe nokujikijelwa kwegolide, isiliva, ithusi namanye ama-alloys.
2. Izithando zokuncibilika ze-HS-MUQ zifakwe i-generator eyodwa yokushisa kodwa zisetshenziselwa ukuncibilika nokuphonsa i-platinum, i-palladium, insimbi engagqwali, igolide, isiliva, ithusi namanye ama-alloys, angasetshenziswa ngokushintsha ama-crucibles kuphela. Kulula futhi kuwusizo.
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I-1kg 2kg Mini Induction Melting Furnace Yegolide Lethusi Lesiliva
Isithando somlilo esincibilikisa i-desktop mini, umthamo osuka ku-1kg-2kg, okuthatha imizuzu engu-1-2 ukuncibilikisa inqwaba yensimbi. Iza ngomklamo ohlangene futhi ingaba amahora angu-24 ngokuqhubekayo. Futhi, lesi sithando somlilo sensimbi sihambisana kakhulu nemvelo, sisebenzisa amandla angu-6KW nesigaba esisodwa esingu-220V esilondoloza amandla amaningi ukuletha imiphumela oyifunayo.
Kunconywa kakhulu embonini yobucwebe encane noma indawo yokusebenzela yobucwebe, esebenza kahle futhi ende yokuphila usebenzisa. Nakuba kuyidivayisi encane, yenza umsebenzi omuhle kubasebenzisi.
Idivayisi yokulawula izinga lokushisa iyakhethwa kulo mshini.
Q: Iyini i-Electromagnetic Induction?
I-Electromagnetic Induction yatholwa nguMichael Faraday ngo-1831, futhi uJames Clerk Maxwell ngokwezibalo wayichaza njengomthetho kaFaraday wokungeniswa.I-Electromagnetic Induction ingeyamanje ekhiqizwa ngenxa yokukhiqizwa kwamandla kagesi (amandla kagesi) ngenxa yokushintsha kwamandla kazibuthe.Lokhu kungenzeka uma ukhondatha ibekwe endaweni kazibuthe ehambayo (uma kusetshenziswa umthombo wamandla we-AC) noma lapho umqhubi we-conductor elokhu ehamba endaweni emile kazibuthe. Njengokusetha okunikezwe ngezansi, uMichael Faraday uhlele intambo yokuqhuba exhunywe kudivayisi ukuze ikalwe i-voltage kuyo yonke isekethe. Lapho uzibuthe webha inyakaziswa kukhoyili, umtshina kagesi ukala i-voltage kusekethe. Ngokuhlola kwakhe, uthole ukuthi kunezici ezithile ezithonya lokhu kukhiqizwa kwamandla kagesi. Kunjalo:
Inombolo Yamakhoyili: I-voltage ebangelwe ilingana ngokuqondile nenani lokujika/amakhoyili entambo. Isibalo esikhulu samajika, amakhulu ama-voltage akhiqizwayo
Ukushintsha inkambu kazibuthe: Ukushintsha indawo kazibuthe kuthinta amandla kagesi. Lokhu kungenziwa ngokuhambisa insimu kazibuthe eduze kwe-conductor noma ngokuhambisa i-conductor endaweni kazibuthe.
Ungase futhi ufune ukuhlola le mibono ehlobene nokungeniswa:
Ukungeniswa - Ukuzingenisa kanye Nokungeniswa Okuhlanganyelwe
I-Electromagnetism
Ifomula Yokungenisa Magnetic.
Q: Kuyini ukushisa kwe-induction?
I-Basics Induction iqala ngekhoyili ye-conductive material (isibonelo, ithusi). Njengoba i-current igeleza kukhoyili, insimu kazibuthe ngaphakathi naseduze kwekhoyili iyakhiqizwa. Ikhono lendawo kazibuthe ukwenza umsebenzi lincike ekuklanyweni kwekhoyili kanye nenani lamanje eligeleza kukhoyili.
Isiqondiso senkundla kazibuthe sincike ekuqondeni kokugeleza kwamanje, ngakho-ke i-current alternating ngokusebenzisa ikhoyili
kuzoholela ekutheni inkambu kazibuthe ishintshe lapho iqonde khona ngesilinganiso esifanayo nemvamisa yamanje eshintshanayo. I-60Hz AC yamanje izobangela inkambu kazibuthe ukuthi ishintshe izikhombisi-ndlela izikhathi ezingu-60 ngesekhondi. I-400kHz AC yamanje izobangela ukuthi inkambu kazibuthe ishintshe izikhathi ezingu-400,000 ngomzuzwana.Lapho into yokuqhuba, ucezu lomsebenzi, lubekwe endaweni eshintshayo kazibuthe (isibonelo, insimu ekhiqizwe nge-AC), i-voltage izongeniswa endaweni yokusebenza. (Umthetho kaFaraday). I-voltage eyenziwe izoholela ekugelezeni kwama-electron: yamanje! I-current egeleza endaweni yokusebenza izohamba ngendlela ehlukile njengamanje ku-coil. Lokhu kusho ukuthi singakwazi ukulawula imvamisa yamanje endaweni yokusebenza ngokulawula imvamisa yamanje ku-
Ikhoyili.Njengoba i-current igeleza phakathi nendawo, kuzoba khona ukumelana nokunyakaza kwama-electron. Lokhu kumelana kukhombisa ukushisa (I-Joule Heating Effect). Izinto ezikwazi ukumelana kakhulu nokugeleza kwama-electron zizokhipha ukushisa okwengeziwe njengoba i-current igeleza kuzo, kodwa ngokuqinisekile kungenzeka ukushisa izinto ezisebenza kahle kakhulu (isibonelo, ithusi) usebenzisa i-current induced. Lesi simo sibalulekile ekushisiseni okungeniswayo.Sidingani ekushiseni okungeniswayo?Konke lokhu kusitshela ukuthi sidinga izinto ezimbili eziyisisekelo ukuze ukufudumala kwe-induction kwenzeke:
Inkambu kazibuthe eshintshayo
Into esebenza ngogesi efakwe endaweni kazibuthe
I-Induction Heating iqhathaniswa kanjani nezinye izindlela zokufudumeza?
Kunezindlela eziningana zokushisisa into ngaphandle kokungeniswa. Ezinye zezinqubo ezivame kakhulu zezimboni zihlanganisa iziko legesi, iziko likagesi, namabhavu kasawoti. Lezi zindlela zonke zincike ekudluliseleni ukushisa emkhiqizweni osuka emthonjeni wokushisa (isishisi, isici sokufudumeza, usawoti owuketshezi) ngokusebenzisa i-convection kanye nemisebe. Uma ubuso bomkhiqizo bufudumala, ukushisa kudlulisa ngomkhiqizo nge-thermal conduction.
Imikhiqizo eshisayo yokungeniswa ayincikile ku-convection nasemisebeni ukuze ilethwe ukushisa endaweni yomkhiqizo. Kunalokho, ukushisa kukhiqizwa ebusweni bomkhiqizo ngokugeleza kwamanje. Ukushisa okuvela endaweni yomkhiqizo bese kudluliselwa ngomkhiqizo nge-thermal conduction.
Ukujula okukhiqizwa kukho ukushisa ngokuqondile kusetshenziswa umsinga owenziwe kuncike kokuthile okubizwa ngokuthi ukujula kwereferensi kagesi.Ukujula kwesithenjwa sikagesi kuncike kakhulu ebuningini bamanje obushintshanayo obugeleza endaweni yokusebenza. Umthamo wefrikhwensi ephezulu uzoholela ekujuleni kwereferensi kagesi okungashoni futhi amandla aphansi aphansi azoholela ekujuleni kwereferensi kagesi. Lokhu kujula kubuye kuncike ezintweni zikagesi nezikazibuthe zocezu lomsebenzi.
I-Electrical Reference Depth of High and Low FrequencyInductotherm Group izinkampani zisebenzisa leli thuba lezinto ezibonakalayo nezikagesi ukwenza ngendlela oyifisayo izixazululo zokushisisa zemikhiqizo ethile nezinhlelo zokusebenza. Ukulawula ngokucophelela amandla, imvamisa, kanye nejiyomethri yekhoyili kuvumela izinkampani ze-Inductotherm Group ukuthi zenze izinto zokusebenza ezinamazinga aphezulu okulawula inqubo nokuthembeka kungakhathaliseki ukuthi isicelo sinjani.Ukuncibilika kwe-Induction Melting
Ezinqubweni eziningi ukuncibilika kuyisinyathelo sokuqala sokukhiqiza umkhiqizo owusizo; ukuncibilika kwe-induction kuyashesha futhi kusebenza kahle. Ngokushintsha i-geometry yekhoyili yokungeniswa, iziko lokuncibilika lokungeniswa lingabamba amashaji asukela kuvolumu yenkomishi yekhofi kuya kumakhulu amathani ensimbi encibilikisiwe. Ngaphezu kwalokho, ngokulungisa imvamisa namandla, izinkampani ze-Inductotherm Group zingakwazi ukucubungula cishe zonke izinsimbi nezinto zokwakha ezihlanganisa kodwa ezingagcini nje: insimbi, insimbi nensimbi engagqwali, ama-alloys asekelwe ethusi nawethusi, i-aluminium ne-silicon. Imishini yokungeniswa iklanywe ngokwezifiso kuhlelo lokusebenza ngalunye ukuze kuqinisekiswe ukuthi lusebenza kahle ngangokunokwenzeka.Inzuzo enkulu ehambisana nokuncibilika kokungeniswa ukugoqa okuguquguqukayo. Esithandweni sokungeniswa, impahla yokushaja yensimbi iyancibilika noma ishisiswe yimanje ekhiqizwa inkambu ye-electromagnetic. Lapho insimbi incibilika, le nsimu ibangela nokuthi ukugeza kuhambe. Lokhu kubizwa ngokuthi i-inductive stirring. Lokhu kunyakaza okungaguquki ngokwemvelo kuhlanganisa ukugeza kukhiqize ukuxutshwa okufanayo futhi kusize ngokuhlanganisa ingxubevange. Inani lokunyakazisa linqunywa usayizi wesithando somlilo, amandla afakwa ensimbi, imvamisa yensimu kamagnetic kanye nohlobo.
isibalo sensimbi esithandweni. Inani lokunyakaziswa kwe-inductive kunoma yisiphi isithando somlilo lingasetshenziswa ukuze kwenziwe izinhlelo ezikhethekile uma kudingeka.Ukuncibilika kweVacuum yokungeniswaNgenxa yokuthi ukushisisa kwenziwa kusetshenziswa indawo kazibuthe, ucezu lomsebenzi (noma umthwalo) lungahlukaniswa ngokoqobo nekhoyili yokungenisa nge-refractory noma enye into. i-non-conducting medium. Indawo kazibuthe izodlula kule nto ukuze ifake i-voltage emthwalweni oqukethwe ngaphakathi. Lokhu kusho ukuthi umthwalo noma ucezu lomsebenzi lungashiswa ngaphansi kwe-vacuum noma endaweni elawulwa ngokucophelela. Lokhu kuvumela ukucutshungulwa kwezinsimbi ezisebenzayo (i-Ti, Al), ama-alloys akhethekile, i-silicon, i-graphite, nezinye izinto ezithintekayo ezithintekayo.I-Induction HeatingNgokungafani nezinye izindlela zokuvutha, ukushisisa kokungenisa kuyalawuleka ngokunembile kungakhathaliseki usayizi weqoqo.
Ukushintsha amandla amanje, i-voltage, kanye nemvamisa ngokusebenzisa ikhoyili yokungeniswa kuholela ekushiseni okulungiswe kahle, okulungele ukusetshenziswa okunembile njengokuqiniswa kwekesi, ukuqina nokufudumeza, ukuhlanganisa nezinye izinhlobo zokwelapha ukushisa. Izinga eliphezulu lokunemba libalulekile ezinhlelweni ezibucayi ezifana nezimoto, i-aerospace, i-fiber optics, ibhondi yezinhlamvu, ukuqinisa izintambo kanye nokufudumeza kwentambo yasentwasahlobo. Ukushisa kokungeniswa kulungele kahle ukusetshenziswa kwensimbi okukhethekile okubandakanya i-titanium, izinsimbi eziyigugu, nezinhlanganisela ezithuthukisiwe. Ukulawula ukushisa okunembile okutholakalayo nge-induction akuqhathaniswa. Ngaphezu kwalokho, kusetshenziswa izinto eziyisisekelo zokushisisa njengezinhlelo zokushisisa ze-vacuum crucible, ukufudumeza kwe-induction kungathwalwa ngaphansi komkhathi ukuze kusetshenziswe ngokuqhubekayo. Isibonelo ukufakwa okukhanyayo kweshubhu nepayipi lensimbi engagqwali.
I-High Frequency Induction Welding
Uma ukufakwa kulethwa kusetshenziswa i-High Frequency (HF) yamanje, ngisho nokushisela kungenzeka. Kulesi sicelo ukujula kwereferensi kagesi okungajulile okungafinyelelwa nge-HF yamanje. Kulokhu ucu lwensimbi lwakhiwa ngokuqhubekayo, bese ludlula kusethi yemiqulu eklanywe ngokunembile, inhloso yayo eyodwa kuwukuphoqa imiphetho ye-strip ehlanganisiwe futhi yakhe ukushisela. Ngaphambi nje kokuba umugqa owenziwe ufinyelele isethi yamaroli, udlula ikhoyili yokungeniswa. Kulokhu, amandla ehlela ezansi eduze kwe-"vee" yejiyomethri edalwe imiphetho yemigqa esikhundleni sokuzungeza ngaphandle kwesiteshi esakhiwe. Njengoba i-current igeleza emaphethelweni e-strip, izoshisa ifike ezingeni lokushisa elifanele le-welding (ngaphansi kwezinga lokushisa elincibilikayo lempahla). Lapho imiphetho icindezelwa ndawonye, yonke imfucumfucu, ama-oxides, nokunye ukungcola kuyaphoqeleka ukuba kuphumele ekushiseleleni okuqinile.
Ikusasa Ngenkathi ezayo yezinto eziklanywe kakhulu, amandla ahlukile kanye nesidingo sokunika amazwe asathuthuka amandla, amakhono ayingqayizivele okwenziwa anikeza onjiniyela nabaklami besikhathi esizayo indlela yokushisisa esheshayo, ephumelelayo nenembayo.
