Mayelana Nezibuthe Eziqinile Ze-Ferrite (Ceramic).
Izibuthe Ze-Ceramic, ezaziwa nangokuthi Izibuthe Ze-Ferrite, ziqukethe izinto ezifana ne-sintered iron oxide ne-barium noma i-strontium carbonate. Ama-Ferrite Magnets aziwa ngezindleko zawo eziphansi, ukumelana nokugqwala okuhle, kanye nokuzinza kwezinga lokushisa eliphezulu kuze kufike ku-250 ° C. Nakuba izakhiwo zawo kazibuthe zihluke kakhuluIzibuthe ze-NdFeB, izindleko zabo ziphansi kakhulu ngenxa yezinto zokusetshenziswa ezishibhile, ezichichimayo, nezingezona zamasu ezisetshenziselwa ukwakha lezi zidonsa, okwenza ozibuthe be-ceramic unomphela bafanelekele ukukhiqizwa okukhulu.
Ama-Ferrite Magnets enziwa ngokubumba ingxube yempushana engaba ngu-80% Fe2O3 kanye no-20% kungaba i-BaCo3 noma i-SrO3. Kanye nokucwaninga okwengeziwe, izithasiselo ezifana ne-cobalt (Co) ne-lanthanum (La) zihlangene ukuze kuthuthukiswe ukusebenza kwamagnetic. Impushana ebunjiwe yensimbi eluhlaza ifakwa ngaphakathi kwesithando somlilo esilawulwa izinga lokushisa esishiswa ugesi noma amalahle. Nakuba omagnethi be-hard ferrite benezakhiwo eziphansi kazibuthe, basakhethwa onjiniyela ngenxa yezinto ezimbalwa ezinjengokutholakala kwempahla eluhlaza, izindleko eziphansi phakathi kwemindeni kazibuthe ehlala njalo, ukuminyana okuphansi, ukuzinza okuhle kakhulu kwamakhemikhali, izinga lokushisa eliphakeme kakhulu lokusebenza, kanye ne-Curie. izinga lokushisa.
Ingxenye Ferrite&Ring Ferrite Magnetumkhiqizo ovame ukudayiswa futhi usebenza njengensika yebhizinisi ebalulekile enkampanini yethu ekuqaleni kwayo. Ngokubona kwesidingo esikhulayo salezi zinhlelo zokusebenza, sigxile emizamweni yethu ekukhuthazeni omazibuthe be-arc segment-type hard ferrite futhi saqongelela ulwazi olubanzi ekukhiqizeni kahle omagnethi ukuze kwandiswe ukusebenza kahle kanye nokwandisa ezinye izinhloso zohlelo lokusebenza. Siphinde saphumelela ekwakheni uzibuthe we-ferrite oqinile onesakhiwo esingajwayelekile, i-geometry eyinkimbinkimbi, nokunemba okuphezulu. Ozibuthe bethu be-hard ferrite abamakethwayo manje sebesetshenziswa kabanzi ngaphakathi kwamamotho, amajeneretha, izinzwa, izipikha, amamitha, ukudluliselwa, izihlukanisi, kanye nenhlobonhlobo yezinye izinhlelo zokusebenza kwezokuvikela, ezezimoto, amarobhothi, izinto zasendlini, iziteshi eziyisisekelo zokuxhumana ezingenantambo, nezitshalo zamaminerali.
Umdwebo ohleliwe wokuqhathanisa amandla kazibuthe phakathi kwe-Ferrite Magnet ne-Neodymium Magnet--->
Ozibuthe bakwaFerrite banemikhiqizo yamandla aphansi kanye nokumelana nokugqwala okuhle futhi ngokuvamile basetshenziswa ezingxenyeni eziqukethe insimbi enekhabhoni ephansi, ekwazi ukusebenza emazingeni okushisa aphakathi nendawo. Ukwenza izibuthe ze-ceramic kudinga ukucindezela nokucwiliswa. Ngenxa yokuqina kwawo okungaba khona, amasondo okugaya idayimane kufanele asetshenziswe uma ukugaya kudingeka. Ozibuthe beFerrite bashaya ibhalansi phakathi kwamandla kazibuthe nokusebenza kahle kwezindleko, kuyilapho inkambiso yabo yokuba brittleness ibhalansisa ukumelana nokugqwala okuhle kakhulu. Futhi banokuphoqeleka okuqinile kanye nokumelana ne-demagnetization, okubenza babe ukukhetha kwezomnotho kwezinhlelo zokusebenza ezijwayelekile ezifana namathoyizi, imisebenzi yezandla, namamotho. Ozibuthe bomhlaba abayivelakancane bangathuthukisa kakhulu isisindo noma usayizi, kuyilapho i-ferrite isiyisinqumo esingcono sezinhlelo zokusebenza ezinezidingo zokuminyana kwamandla aphansi, njengamafasitela kagesi ezimotweni, izihlalo, amaswishi, amafeni, izifutha ezintweni zikagesi, amanye amathuluzi kagesi, nezipikha kanye ama-buzzers kumishini ye-electroacoustic.
I-Strontium Hard Ferrite Magnet kanye ne-Barium Hard Ferrite Magnet
Ukwakheka kwamakhemikhali we-barium hard ferrite uzibuthe kanye nozibuthe we-strontium hard ferrite kuchazwa amafomula athi BaO-6Fe2O3 kanye ne-SrO-6Fe2O3. I-Strontium hard ferrite magnet idlula uzibuthe we-barium hard ferrite ngokuya ngokusebenza kazibuthe namandla aphoqelelayo. Ngenxa yezindleko eziphansi zezinto ezibonakalayo, omagnethi be-barium hard ferrite basasetshenziswa kabanzi. Ukuze kuzuzwe izakhiwo eziphakeme kazibuthe kuyilapho wonga imali, ingxube ye-strontium carbonate ne-barium carbonate ngezinye izikhathi isetshenziselwa ukwenza i-ferrite eqinile.
Ukuxhumana okuqondile nozibuthe we-barium ferrite ngokuvamile kubhekwa njengokuphephile, inqobo nje uma kusetshenziswa ngokuhambisana nezinqubo zokuphatha ezifanele. Kodwa-ke, kubalulekile ukuqaphela ukuthi i-barium iyisici esinobuthi, futhi kufanele kuthathwe izinyathelo zokuvimbela ukungenwa noma ukuhogela noma yiluphi uthuli lwe-barium noma izinhlayiya. Kutuswa ukuthi uhlale ugeza izandla kahle ngemva kokuphatha ozibuthe be-barium ferrite futhi ugweme imisebenzi engase ikhiqize izinhlayiya ezinhle noma uthuli. Uma kuphakama noma yikuphi ukukhathazeka noma uma kunesidingo solwazi oluthile lokuphepha, kuyanconywa ukuthi uxhumane nathi noma iziqondiso zokuphepha ezifanele.
Izimo kanyeUkubekezelela Dimensionalof Hard Ferrite Magnets
Ozibuthe be-ferrite abanzima bafika ngezindlela ezihlukahlukene nezinhlobo. Izimo ezivame kakhulu zihlanganisa izindandatho, ama-arcs, ama-rectangles, ama-discs, amasilinda, nama-trapeziums. Lezi zimo zingenziwa ngokwezifiso futhi zihlanganiswe ukuze zihlangabezane nezidingo ezithile. Ukwengeza, omazibuthe be-ferrite abaqinile batholakala ngezinhlobo ezahlukene, njenge-isotropic ne-anisotropic. Ozibuthe be-Isotropic banezici ezifanayo kazibuthe kuzo zonke izinhlangothi, kuyilapho omazibuthe be-anisotropic benesiqondiso esikhethwayo sokuzibuthe. Lokhu kuvumela ukwenziwa kwemishini eyengeziwe ngokusekelwe ezidingweni zohlelo lokusebenza. Ngokuguquguquka kwabo kokuma nohlobo, omazibuthe be-ferrite abaqinile basetshenziswa kakhulu ezimbonini ezinjengezezimoto, zikagesi, namandla.
Ama-Ferrite Magnets enziwe ngokwezifiso
Sinikeza izinsizakalo zangokwezifiso
Isetshenziswa kabanzi emkhakheni wezemfundo
Ngaphambi komshini, ukuchezuka kwe-dimensional kukazibuthe we-ferrite eqinile kulawulwa kube ngaphakathi kuka-+/-2%, futhi ngemva kokugaywa kalula ngethuluzi ledayimane, kungalawuleka kube ngaphakathi kokuthi +/-0.10mm. Ukubekezelela amasiko noma ukulawula okunembayo okufika ku-+/-0.015mm kuyenzeka kodwa kufanele kuxoxiswane ngakho. Ozibuthe be-anisotropic hard ferrite abamanzi ngokuvamile bahlinzekwa ngezindawo ezihambisana nokuma kwe-anisotropic un-ground nezinye izindawo eziphansi. Ukuze uthole izincazelo zokugxila, ukuzungeza, isikwele, i-perpendicularity, nokunye ukubekezelela, sicelaxhumana nethimba lethu.
Inqubo Yokukhiqiza Yezibuthe Eziqinile Ze-Ferrite
Inqubo yokukhiqiza Izibuthe ze-Hard Ferrite ihilela izinyathelo ezimbalwa.
1. Izinto zokusetshenziswa, okuhlanganisa i-iron oxide ne-strontium carbonate noma i-barium carbonate, zixutshwe ndawonye ngesilinganiso esinembile. Ingxube ibe isigaywa ibe impushana.
2. Impushana ihlanganiswe ibe yisimo oyifunayo kusetshenziswa umshini wokucindezela we-hydraulic noma umshini wokucindezela we-isostatic. Impushana ehlanganisiwe ibe isicwiliswa emazingeni okushisa aphezulu, ngokuvamile azungeze i-1200-1300 degrees Celsius, endaweni elawulwayo ukuze kuthuthukiswe ukukhula okusanhlamvu nokwandisa izakhiwo kazibuthe.
3. Ngemva kwenqubo ye-sintering, omazibuthe bapholiswa kancane kancane ekamelweni lokushisa ukuze banciphise ukucindezeleka futhi bavimbele ukuqhekeka. Bese benziwa ngomshini noma bagaywe ukuze bathole umumo nobukhulu obufiswayo bokugcina.
4. Kwezinye izimo, kudingeka isinyathelo esengeziwe samagnetization. Lokhu kubandakanya ukubeka odonsa endaweni enamandla kazibuthe ukuze baqondanise izizinda kazibuthe endaweni ethile, kuthuthukiswe izici zabo kazibuthe.
5. Okokugcina, omazibuthe bahlolwa ngokulawulwa kwekhwalithi ukuze kuqinisekiswe ukuthi bayahlangabezana nezidingo ezidingekayo ngaphambi kokuba bapakishwe futhi bathunyelwe kumakhasimende.
Ukusebenzisa i-Hard Ferrite Magnet
Ukubumba usebenzisa ithuluzi kuyindlela engabizi kakhulu yokukhiqiza inani elikhulu lamazibuthe ama-ferrite aqinile. Ukudala omazibuthe be-anisotropic hard ferrite kudinga amathuluzi abizayo, kanti ukwenza izibuthe ze-isotropic hard ferrite kubiza kancane kakhulu. Singasebenzisa ithuluzi elilungile ukuze silolonge okunye ukujiya/ubude omagnethi ngaphakathi kwebanga elivunyelwe uma uzibuthe odingekayo unobubanzi obufanayo nobokusebenza kwamanje, noma ubude nobubanzi obufanayo uma kuwuhlobo lwebhulokhi.
Eqinisweni, ngezikhathi ezithile sisika amabhulokhi amakhulu, sigaye iringi enkulu noma amadayimitha ediski, namasegimenti e-arc yomshini wobukhulu obuseduze ukuya kodingekayo. Uma inani le-oda lingelikhulu kakhulu (ikakhulukazi esigabeni se-prototype), le ndlela iyasebenza ekutholeni ubukhulu obunembile, ukonga izindleko zamathuluzi, kanye nokwenza i-homogenizing isisindo kanye nokuguquguquka kocezu ngalunye lomkhiqizo. Izindleko zokukhiqiza uzibuthe owenziwe ngomshini ziphezulu kakhulu.
I-Anisotropic Emanzi, Isotropic Eyomile & I-Anisotropic Hard Ferrite Magnet
Iningi lozibuthe be-ferrite eliqinile libunjwa kusetshenziswa umshini wokucindezela ofakwe ikhoyili ekwazi ukukhiqiza inkambu kazibuthe yangaphandle, okuholela kumazibuthe we-anisotropic. Izinto ezisetshenziselwa ukwenza omazibuthe be-anisotropic hard ferrite ngokuvamile zisesimweni esimanzi sodaka, okuvumela ama-molecule ukuthi aqondaniswe kahle ngesikhathi sokubumba. Sibiza omazibuthe abenziwe yile nqubo ngokuthi ngozibuthe be-anisotropic hard ferrite ngoba bangakwazi ukudonsa uzibuthe ngokuhambisana ne-pre-orientation. I-(BH)ubukhulu bezibuthe be-anisotropic hard ferrite magnet ngama-oda amaningana obukhulu obukhulu kunalowo wezibuthe we-isotropic hard ferrite.
Impahla eluhlaza esetshenziselwa ukwenza omazibuthe be-isotropic hard ferrite ngokuvamile iyimpushana eyomile. Ukubunjwa kwenziwa ngomshini we-punch, ongakwazi ukusebenzisa insimu yamagnetic yangaphandle kumagnet. Ngenxa yalokho, omazibuthe abawumphumela baziwa ngokuthi omazibuthe omile be-isotropic hard ferrite. Uzibuthe kukazibuthe oqinile we-isotropic we-ferrite kungenzeka kunoma yikuphi ukuma okufiswayo nephethini, kuye ngejoka elizibuthe.
Ozibuthe be-anisotropic hard ferrite omile bangolunye uhlobo lukazibuthe we-ferrite oqinile. Yenziwe ngempushana eyomile eqondiswe insimu yamagnetic yangaphandle. Indawo kazibuthe kazibuthe omile we-anisotropic hard ferrite iphansi kunaleyo yezibuthe ezimanzi ze-anisotropic hard ferrite. Ngokuvamile, inqubo eyomile ne-anisotropic isetshenziselwa ukubumba odonsa abanezakhiwo eziyinkimbinkimbi kodwa izakhiwo eziphakeme kunozibuthe be-isotropic.
I-Anisotropic, I-Diametrically Oriented Hard Ferrite Magnet
Nge-axial magnetization, omazibuthe bohlobo lwendandatho be-anisotropic hard ferrite bavame ukusetshenziswa kakhulu (okuhambisana nokucindezelwa kokuma). Kunezidingo ezithile zemakethe zozibuthe be-anisotropic hard ferrite abamise okwendandatho abane-diametrical magnetization (i-oriented perpendicular to the pressing axis), okuyinselele ikakhulukazi ukukhiqiza. Ama-time-rotor, izinzwa, ama-steping motors, nama-pump motors ezinto zasendlini, njengemishini yokuwasha, iziwasha-dishi, izindawo ezihlala emanzini, nezinhlelo ezihlinzeka ngokushisa, kuhloswe ngazo ukusebenzisa lolu hlobo lukazibuthe. Ukungqubuzana phakathi kwamandla kazibuthe akhuphukayo kanye nesilinganiso sokuqhekeka komkhiqizo esiwayo kubangela inselele yokukhiqiza. Ukuqhekeka kwe-Magnet kuzovame ukwenzeka ngesikhathi sokujova i-sintering kanye ne-shaft injection. Ngemva kweminyaka engaphezu kweshumi yocwaningo, unjiniyela wethu wakwazi ukususa ibhodlela futhi wazuza ulwazi oluthile oluyingqayizivele ekukhiqizeni lolu hlobo lukazibuthe.
Izakhiwo ezishisayo ze-Hard Ferrite Magnet
I-hard ferrite ene-temperature eyi-coefficient ye-remanence. Ozibuthe be-ferrite abaqinile bane-coefficient yezinga lokushisa elihle lamandla aphoqelelayo angaphakathi uma kuqhathaniswa nezibuthe zomhlaba eziyivelakancane. Ukuqina kozibuthe be-ferrite kuzokwehla njengoba izinga lokushisa likhuphuka ngo-0.18%/°C, kanti amandla awo angaphakathi okuphoqeleka azokhuphuka cishe ngo-0.30%/°C. Amandla okuphoqelela kazibuthe we-ferrite azokwehla njengoba izinga lokushisa langaphandle lincipha. Ngenxa yalokho, kuyalulekwa ukuthi kube nezingxenye ezinamazibuthe aqinile we-ferrite angasebenzi emazingeni okushisa aphansi. Ozibuthe be-ferrite abaqinile banezinga lokushisa le-curie elicishe libe ngu-450°C. Izinga lokushisa elituswayo likazibuthe we-ferrite oqinile lingu -40°C kuya ku-250°C. Ozibuthe be-ferrite abaqinile bazothola ushintsho esakhiweni sokusanhlamvu lapho izinga lokushisa le-ambient lifinyelela cishe ku-800oC. Lokhu kushisa kwavimbela uzibuthe ukuthi usebenze.
Ukuzinza Kwekhemikhali & Coating
Ozibuthe be-ferrite abanokuqina okuphezulu kwamakhemikhali ezimweni eziningi. Iyakwazi ukumelana nenhlobonhlobo yezinto, okuhlanganisa ama-brines, ama-asidi ahlanjululwe, i-potassium ne-sodium hydroxides, izixazululo ze-alkaline, nezinyibilikitsi eziphilayo. Ama-asidi e-organic kanye ne-inorganic agxilile, okuhlanganisa i-sulphuric, i-hydrochloric, i-phosphoric, i-hydroflouric, nama-oxalic acid, anamandla okuwafaka. Ukugxilisa ingqondo, izinga lokushisa, nesikhathi sokuxhumana konke kuthinta idigri nesivinini sokuhuba. Akudingi ukumbozwa ukuze kuvikeleke ngoba ukugqwala ngeke kwenzeke ngisho nalapho kusebenza endaweni enomswakama nefudumele. Kungase kupendwe noma kufakwe i-nickel negolide, isibonelo, ngenhloso yokuhlobisa ubuhle noma ukuhlanza indawo.
KUNGANI SIKHETHE
Ngesipiliyoni esingaphezu kweminyaka eyishumi,I-Honsen Magneticsuye waphumelela ngokungaguquki ekwenziweni nasekuhwebeni kwePermanent Magnets and Magnetic Assemblies. Imigqa yethu yokukhiqiza ebanzi ihlanganisa izinqubo ezibalulekile ezinjengokwenza imishini, ukuhlanganisa, ukushisela, nokubumba umjovo, okusivumela ukuthi sinikeze amakhasimende ethu i-ONE-STOP-SOLUTION. Lawa makhono aphelele asivumela ukuthi sikhiqize imikhiqizo esezingeni eliphezulu ehlangabezana namazinga aphezulu ekhwalithi.
NgoI-Honsen Magnetics, siyaziqhenya ngendlela yethu yokugxila kumakhasimende. Ifilosofi yethu igxile ekubekeni izidingo nokwaneliseka kwamakhasimende ethu ngaphezu kwakho konke okunye. Lokhu kuzibophezela kuqinisekisa ukuthi asigcini nje ngokuletha imikhiqizo eyingqayizivele kodwa futhi sihlinzeka ngesevisi enhle kakhulu kulo lonke uhambo lwamakhasimende. Ngokuhlala sinikeza amanani aphusile nokugcina ikhwalithi yomkhiqizo ephezulu, siye sazuza ukuduma okukhulu eYurophu, eMelika, eNingizimu-mpumalanga Asia nakwamanye amazwe. Impendulo eyakhayo nokwethenjwa esikuthola kumakhasimende ethu kuqinisa ukuma kwethu embonini.
UBUHLE BETHU
- Ngaphezu kweIminyaka engu-10onolwazi embonini yemikhiqizo yamagnetic unomphela
- Iba neqembu eliqinile le-R&D linganikeza okupheleleIsevisi ye-OEM & ODM
- Yiba nesitifiketi seISO 9001, IATF 16949, ISO14001, ISO45001, REACH, kanye nama-RoHs
- Ukubambisana kwamasu nezimboni eziphezulu ezi-3 ezingavamile ezingenaluthoAma-Raw material
- Izinga eliphezuluokuzenzakalelayoEkukhiqizeni nasekuhloleni
- Ukuphishekela umkhiqizoukungaguquguquki
- Unekhonoabasebenzi &okuqhubekayongcono
- Amahora angu-24isevisi eku-inthanethi enempendulo yokuqala
- KhonzaONE-STOP-SOLUTIONqinisekisa ukuthenga okusebenzayo nokungabizi
IZIKHUNGO ZOKUKHIQIZA
Ukugxila kwethu kuhlezi kugxilile ekunikezeni amakhasimende ethu ayigugu ukwesekwa kwe-avant-garde kanye nemikhiqizo ehamba phambili, encintisanayo eyandisa ukuba khona kwethu ezimakethe. Siqhutshwa uguquko lwentuthuko kozibuthe nezingxenye ezihlala njalo, sizibophezele ekuthuthukiseni nasekungeneni ezimakethe ezingasetshenzisiwe ngokusebenzisa impumelelo yezobuchwepheshe. Uholwa unjiniyela omkhulu, umnyango wethu onamakhono we-R&D usebenzisa amakhono angaphakathi, uhlakulela ukuxhumana namakhasimende, futhi ulindele ukushintshashintsha kwemakethe. Amathimba azilawulayo aqapha ngenkuthalo imisebenzi emhlabeni wonke, eqinisekisa ukuthi ibhizinisi lethu locwaningo lithuthuka kancane kancane.
IKHWALITHI NOKUPHEPHA
Ukuphathwa kwekhwalithi kudlala indima ebalulekile kuzimiso zebhizinisi lethu. Sikholelwa ukuthi ikhwalithi akuwona nje umqondo, kodwa ingqikithi nethuluzi lokuzula lenhlangano yethu. Uhlelo lwethu oluqinile lokuphatha ikhwalithi ludlula umsebenzi wamaphepha futhi lugxile kakhulu ezinqubweni zethu. Ngalesi simiso, siqinisekisa ukuthi imikhiqizo yethu ihlangabezana ngokuqhubekayo nokucaciswa kwamakhasimende ethu futhi yeqa izindinganiso zayo ezilindelekile.
UKUPAKA NOKUDILIVA
IQEMBU NAMAKHASIMENDE
Inhliziyo yeI-Honsen Magneticsishaya ngesigqi esikabili: isigqi sokuqinisekisa injabulo yekhasimende kanye nesigqi sokuqinisekisa ukuphepha. Lawa magugu adlula imikhiqizo yethu ukuze azwakale endaweni yethu yokusebenza. Lapha, sibungaza zonke izinyathelo zohambo lwabasebenzi bethu, sibuka inqubekelaphambili yabo njengesisekelo senqubekelaphambili ehlala njalo yenkampani yethu.
IMPENDULO YAMAKHASIMENDE
