Iimagnethi zendandatho zeNeodymium zibonelela ngezicelo ezili-10 eziphambili zoshishino ezineenkcazo ezahlukeneyo zokukhetha:
(1) ii-magnetic couplings — N42/N45, Ni-Cu-Ni, i-radial enezibonda ezininzi; (2) ii-encoders — i-NdFeB ebotshelelweyo, i-radial enezibonda ezininzi, ii-poles ezingama-32+; (3) ii-BLDC motors — N42SH/45SH, i-radial enezibonda ezininzi; (4) ii-sensors — N35/N42, i-axial okanye i-multi-pole; (5) izahluli ze-magnetic — N42/N45, Ni-Cu-Ni, i-axial; (6) ii-magnetic bearings — N42SH, ukunyamezelana okuchanekileyo; (7) izixhobo zonyango — I-Parylene-coated, N35-N42; (8) iirobhothi zoshishino — N42, ezikhaphukhaphu; (9) amandla omoya — N42UH/EH, i-epoxy; (10) ii-vacuum pumps — N42, Ni-Cu-Ni, i-radial. Ukusetyenziswa ngakunye kufuna i-grade eyahlukileyo, i-coating, i-magnetization direction, kunye ne-dimensional ngokuchanekileyo.
Njengeenjineli e-I-Fullzen, siphatha ii-odolo ze-ring magnet yonke imihla kumashishini angaphezu kweshumi elinesibini, ukusuka kwiimoto ukuya kwizixhobo zonyango. Eli nqaku lisebenzisa amava ethu asebenzayo kumzi-mveliso ukuze sinikeze isikhokelo esipheleleyo sesalathiso sesicelo. Endaweni yokudwelisa nje apho kusetyenziswa khona ii-ring magnets, sikubonisa ngqo ukuba loluphi uhlobo, ukugquma kunye necala le-magnetization ekufuneka ulikhethe kwimeko nganye yokusetyenziswa.
‑ Iingcebiso ezipheleleyo zeenkcukacha kuzo zonke izicelo ezili-10 zoshishino zehlabathi lokwenyani
- Izicelo ezi-3 ze-niche ezixabisa kakhulu ezingagutyungelwa kakhulu ngabakhuphisana nabo: ukwahlukana kwemagnethi, iibheringi zemagnethi kunye neerobhothi zoshishino
Uthelekiso lwentsebenzo olukhokelwa bubunjineli: iimagnethi zeringi xa kuthelekiswa neemagnethi zediski
Itheyibhile yesalathiso esikhawulezileyo yephepha elinye egubungela usetyenziso olu-10 × iiparameter ezi-5 eziphambili
Kutheni iRing Geometry iphumelela kwiiDisc Magnets kwizicelo zemizi-mveliso
Ijiyometri yeringi ayisiyonto ikhethwayo nje kuphela—inika iingenelo ezinokulinganiswa ekusetyenzisweni kwe-magnetic flux, ukuguquguquka koyilo, kunye nokusebenza kakuhle kobunzima obungenakufaniswa neemagnethi zediski.
Ukusetyenziswa kweMagnetic Flux: Indandatho vs iDisk
Iimagnethi ezimile okweringi zibonelela ngokusetyenziswa kwe-magnetic flux ephezulu nge-15-22% kuneemagnethi zediski, zixhaswa yidatha yokulinganisa uvavanyo:
- Ijiyometri yeringi igxininisa i-magnetic flux ngaphakathi kwendawo ye-annular phakathi kweedayamitha zangaphandle nezangaphakathi, nto leyo ebangela ukuba intsimi ye-magnetic egxile ngakumbi kunye nokuvuza okuphantsi kwe-flux.
- Kwiimagnethi zediski, i-magnetic flux iyasasazeka kwindawo ephakathi, nto leyo ekhokelela ekulahlekelweni kwempembelelo ecacileyo yomphetho.
Kwizicelo ezichanekileyo ezifana neemoto kunye neesensa, lo mahluko we-15-22% kwi-magnetic flux uguqulela ngokuthe ngqo kwizikhewu zokusebenza ezilinganiswayo kwiimveliso zokugqibela.
Umngxuma oPhakathi: Ukuguquguquka koyilo
Umngxuma ophakathi umele eyona nzuzo inkulu yesakhiwo seemagnethi zeringi:
- Iishafts zidlula ngqo kwimbobo, nto leyo evumela ukufakwa ngokuthe ngqo kwee-motor rotors, ii-encoders kunye nee-sensors.
- Ixhasa ukuhlanganiswa kwe-co-axial kwezinto ezininzi ukuze kudityaniswe iziqwenga zeepali, iishafts kunye neebheringi ngokudibeneyo.
Iimagnethi zediski azinakufikelela kolu lwakhiwo. Ukusebenza okufanayo kunokufezekiswa kuphela ngezixhobo zokufakelwa zangaphandle.
Umlinganiselo woBunzima boMsebenzi
Ubunzima bubaluleke kakhulu xa kujongwa izicelo ezijikelezayo:
Ngobubanzi obufanayo bangaphandle, iimagnethi zeringi zikhaphukhaphu ngama-30-40% kuneemagnethi zediski, njengoko icandelo lezinto eziphakathi lisuswa.
Ubunzima obuphantsi buthetha ukunciphisa uxinzelelo lwe-centrifugal phantsi kokujikeleza ngesantya esiphezulu, nto leyo evumela isantya esiphezulu sokujikeleza.
‑ Le nzuzo yokonga ubunzima iguqulela ngokuthe ngqo ekusebenzeni okuphuculweyo kwiimoto ze-BLDC kunye nee-turbochargers.
Isicelo 1: Iziqhagamshelo zeMagnetic — Ukuhanjiswa kweTorque Ngaphandle koQhagamshelwano
Ii-coupling zemagnethi zisebenzisa ii-arrays ze-magnet ezichaseneyo ukuze zidlulise i-torque nge-traction ebonakalayo - zisusa izitywino zoomatshini, zinciphise ukugcinwa, kwaye zivumele ukutywinwa okungeyongozi okanye okungagungqiyo.
Ii-coupling zemagnethi zezinye zezona meko zisetyenziswa kakhulu kwiimagnethi zeringi. Iiseti ezimbini zeemagnethi zeringi zidlulisela i-torque eludongeni lokwahlulahlula ukuze kufezekiswe ukudluliselwa kwamandla ngaphandle kokuthintana.
‑ Umgaqo wokusebenza: Iimagnethi kwicala lokuqhuba zidibana neemagnethi kwicala eliqhutywayo ngodonga oluhlukanisayo (ngesiqhelo intsimbi engatyiwayo okanye iplastiki).
‑ Iingenelo eziphambili: Ukungabikho kwezitywino zoomatshini kubangela ukuba zingagugi kwaye zingavuzi nto, nto leyo eyenza ukuba zilungele iindawo ezicocekileyo, ezingenamoya kunye nezingcolisayo.
‑ Iindlela eziqhelekileyo zokusetyenziswa: iipompo zenkqubo yeekhemikhali, izixhobo zonyango (iimashini ze-dialysis), izixhobo zokwenza i-semiconductor.
Iinkcukacha zoKhetho lweZicelo zoQhagamshelo lweMagnetic
Ibanga leNgcebiso: N42 / N45 — Kufuneka amandla aneleyo emagnethi ukuze kudluliselwe i-torque
● Ukwaleka Okucetyiswayo: I-Ni‑Cu‑Ni kwiindawo ezisemgangathweni, okanye i-epoxy coating kwiindawo ezirhabaxa
● Ukwenziwa kweMagnetizer okucetyiswayo: Ukwenziwa kweMagnetizer yemitha yeepali ezininzi; inani leepali lixhomekeke kwiimfuno ze-torque
● Ubukhulu obuqhelekileyo: OD 20‑80 mm, ubukhulu 3‑10 mm
● Iiparameter eziphambili: Umthamo wothumelo lwe-torque, ubungakanani bomngxuma womoya (ubukhulu bodonga lokwahlulahlula)
Isicelo sesi-2: Ii-Encoders zeMagnetic — Ukuqonda Indawo echanekileyo
Ii-encoders zemagnethi zixhomekeke kwiimagnethi zeringi ezineepatheni ezininzi ezichanekileyo ukuguqula indawo ejikelezayo ibe ziisignali zedijithali - ezifuna i-NdFeB edibeneyo kwiinombolo zeepali ezingaphezulu kwama-32.
Ii-encoders zemagnethi zimele ukusetyenziswa ngokuchanekileyo kweemagnethi zeringi. Njengoko iringi yemagnethi yeepali ezininzi ijikeleza, ii-sensors zeHall zibona utshintsho lwe-magnetic field ukuze zilinganise ngokuchanekileyo i-engile, indawo kunye nesantya.
● Umgaqo Wokusebenza: Indandatho yemagnethi enezibonda ezininzi iyajikeleza → utshintsho olutshintshanayo lwentsimi yemagnethi → imveliso yesignali yedijithali evela kwiisensa zeHall
● Iingenelo Eziphambili: Ayinawo uthuli, ungcoliseko lweoyile kunye nokungcangcazela; ifanelekile ngakumbi kwiindawo zoshishino ezinzima xa ithelekiswa nee-encoders ze-optical
● Izicelo eziqhelekileyo: Amajelo erobhothi yemizi-mveliso, izixhobo zomatshini ze-CNC, imigca yemveliso ezenzekelayo
Iinkcukacha zoKhetho lweZicelo zeMagnetic Encoder
Inkqubo Ecetyiswayo: I-NdFeB edibeneyo – ekwaziyo ukwakha ngokuthe ngqo izakhiwo zeepali ezininzi ngaphandle kwezinto ezifakelwa imagnethi
● Udidi olucetyiswayo: I-Isotropic bonded NdFeB
● Ukwenziwa kweMagnetizer okuCetyisiweyo: Ukwenziwa kweMagnetizer yemitha ye-multi‑pole, inani leepali ezingama-32 / 64 / 128. Inani eliphezulu leepali linika isisombululo esiphezulu.
● Ubukhulu obuqhelekileyo: OD 10‑50 mm
● Iiparameter eziphambili: Ukuchaneka kwe-Pole pitch ＜ ± 0.02 mm, ukufana kwe-magnetic field
KwiFullzen, iiringi zemagnethi ze-encoder zezinye zeemveliso eziphambili ezivela kumgca wethu wokuvelisa odibeneyo. Ukuchaneka kwe-Pole pitch kumisela ngokuthe ngqo isisombululo se-encoder. Senza uvavanyo lweesampuli zokuphambuka kwe-pole pitch kwibhetshi nganye yemveliso.
Isicelo 3: Iimoto ze-BLDC — Ukusuka kwiiDrones zabathengi ukuya kwi-EV Traction
Iimoto ze-BLDC zezona zisetyenziswa kakhulu kwiimagnethi zeringi ye-neodymium — ukusuka kwiimoto ezincinci zedrone ukuya kwii-servo drives zemizi-mveliso, nganye ifuna amanqanaba ahlukeneyo, iipeyinti, kunye neepateni zemagnetization.
Iimoto ze-BLDC zezona zisetyenziswa kanye kuphela kwiimagnethi zeringi. Iimfuno zeemagnethi zahluka kakhulu kwiimeko ezahlukeneyo, ukusuka kwii-elektroniki zabathengi ukuya kwiidrive zemizi-mveliso.
● Iimoto ezincinci (iidroni / izixhobo zamandla): N42 / N45, ukumelana nobushushu obuqhelekileyo
● Iimoto zoshishino (i-servo / i-stepper): I-N42SH / N45SH, ukumelana nobushushu obuyi-150 °C
● Iimoto zokudonsa ze-EV: N42UH / EH, ukumelana nobushushu obuyi-180‑200 °C, isiqinisekiso se-IATF 16949
Iinkcukacha zoKhetho lweZicelo zeeMoto zeBLDC
● Udidi olucetyiswayo: N42SH (150 °C) okanye N45SH — vumela umda wokhuseleko lobushushu obuyi-20 °C
● Ukwaleka okucetyiswayo: Ukwaleka kweNi‑Cu‑Ni (okuqhelekileyo) okanye i-epoxy kwiindawo ezifumileyo
● Ukwenziwa kweMagnetizer okuCetyisiweyo: Ukwenziwa kweMagnetizer yemitha yeepali ezininzi; inani leepali lichaza isantya semoto kunye neempawu ze-torque
● Ubukhulu obuqhelekileyo: OD 15‑120 mm; Iimoto ze-EV zinokufikelela kwi-200 mm nangaphezulu
● Iiparameters eziphambili: BL factor, inani leepali, uluhlu lobushushu bokusebenza
● Ukuze ufumane isikhokelo esipheleleyo sokukhetha iimoto, jonga kuisikhokelo esipheleleyo sokufaka iimagnethi zeringi kwizicelo zeemoto.
Isicelo 4: Izinzwa zeShishini — Ukusondela, isantya, kunye neNdawo
Izinzwa zemizi-mveliso zisebenzisa iimagnethi zeringi njengomthombo wemagnethi kwi-Hall effect kunye nee-reed switch assemblies — ezifuna amandla achanekileyo entsimi kunye nomphumo ozinzileyo phezu kobushushu.
Izinzwa zemizi-mveliso zenza imakethi enkulu "efihliweyo" yeemagnethi zeringi. Imagnethi encinci yakhelwe ngaphakathi kwiswitshi nganye yokusondela, isenzi sesantya kunye nesenzi sendawo.
● Izinzwa zokusondela: Fumana indlela izinto zesinyithi ezisondela ngayo — imagnethi isebenza njengomthombo wentsimi yemagnethi
● Izinzwa zesantya: Intsimi yemagnethi iyatshintsha njengoko amavili egiya/encoder edlula → Iipulse zemveliso yezinzwa zeHall
● Izinzwa zesikhundla: Ukufuduka okuthe tyaba → ukwahluka kwentsimi yemagnethi → ukuphuma kwesignali yesikhundla
Iinkcukacha zoKhetho lweZicelo zeSensor
● Udidi olucetyiswayo: N35 / N42 — Iisensa azifuni ukusebenza okugqithisileyo kwemagnethi; ukuzinza kubaluleke kakhulu
● Ukwaleka Okucetyiswayo: Ukwaleka kweNi‑Cu‑Ni okanye i-zinc kwizicelo ezixabisa kakhulu
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-Axial (ii-sensors ezilula) okanye ukwenziwa kweMagneti kwi-radial pole ezininzi (ii-sensors ze-encoder)
● Ubukhulu obuqhelekileyo: OD 8‑30 mm — iimagnethi ezincinci zihlala zisetyenziswa kwizinzwa
● Iiparameters eziphambili: Ukufana kwentsimi yemagnethi, ukuzinza kobushushu (‑40 °C ukuya ku-+125 °C uluhlu lokusebenza)
Isicelo 5: Abahluli beMagnetic — Ukususa Izinto Ezingcolisayo zeSinyithi
Abahluli bemagnethi basebenzisa ii-ring magnet arrays kwiidrama ezijikelezayo okanye iibhanti zokuhambisa ukuze basuse ungcoliseko lwe-ferrous kwimithombo yemveliso — bekhusela izixhobo ezisezantsi komlambo kwaye beqinisekisa ubunyulu bemveliso.
Ukwahlulwa kwemagnethi sisicelo esingaziwayo kakhulu seemagnethi zeringi, kodwa sigubungela amashishini amaninzi kuquka ukucubungula ukutya, ubunjineli beekhemikhali, ukumbiwa kwemigodi kunye nokurisayikilisha.
● Umgaqo Wokusebenza: Izinto zihamba ngeedrama ezifakelwe imagnethi / iibhanti zokuhambisa → Izinto ezingcolisayo ze-ferromagnetic ziyabanjwa → izinto ezicocekileyo zihlala zihamba ngezantsi
● Iimfuno ezingundoqo: I-magnetic field enamandla (ukuze ibambe amasuntswana esinyithi acolekileyo) kunye nokwaleka okungagugiyo (ukumelana nokukrala okuvela ekuhambeni kwezinto)
● Izicelo eziqhelekileyo: Imigca yokuvelisa ukutya (ukususwa kwenkunkuma yesinyithi), ukuphinda kusetyenziswe iplastiki (ukwahlulwa kokungcola kwesinyithi), ishishini leekhemikhali (ukubuyiswa kwe-catalyst)
Iinkcukacha zoKhetho lweZicelo zoKwahlula iMagnetic
Ibanga Elicetyiswayo: N42 / N45 — Kufuneka amandla emagnethi aqinileyo ukuze kubanjwe amasuntswana amancinci e-ferromagnetic
● Ukwaleka Okucetyiswayo: I-Ni‑Cu‑Ni (ukumelana nokuguguleka okuphezulu xa kuthelekiswa ne-epoxy) okanye ukwaleka okukhethekileyo okumelana nokuguguleka
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-Axial — kuhlelwe ngokwee-arrays ukuze kugqunywe wonke umphezulu wokwahlulwahlulwa
● Ubukhulu obuqhelekileyo: OD 30‑150 mm — ikhethwe ngokwesahluli sedrama ububanzi
● Iiparameters eziphambili: Amandla entsimi yemagnethi yomphezulu (ixabiso leGauss), ukumelana nokuguguleka, ukumelana nokugqwala
Iimagnethi ziyawohloka kakhulu xa kusetyenziswa iindlela zokwahlulahlula iimagnethi ngenxa yokukhuhla rhoqo okuphuma kwizinto ezisetyenzisiweyo. Xa sibonelela abathengi kwishishini lokulungisa ukutya, sidla ngokucebisa ukuba i-Ni CuNi coating idityaniswe nesisombululo sokutshintsha izinto rhoqo.
Isicelo 6: Iibheringi zeMagnetic — Ukujikeleza okungenazingxabano
Iibheringi zemagnethi zisebenzisa iimagnethi zeringi ezibekwe ngokuchanekileyo ukudala inkxaso yerotor ezinzileyo, engenangqubano — isusa ukuguguleka koomatshini kwizixhobo zokwenza ii-turbomachinery ezikhawulezayo kunye ne-semiconductor.
Iibheringi zemagnethi zimele isicelo esikumgangatho ophezulu kwiimagnethi zeringi. Amandla emagnethi athatha indawo yeebheringi zemechanical ukuze kufezekiswe ukujikeleza okungenangqubano. Imfuno yomthamo kweli candelo incinci, kodwa iimfuno zokuchaneka zingqongqo kakhulu.
● Umgaqo Wokusebenza: Intsimi yemagnethi eveliswa ziimagnethi zeringi ihambisa i-rotor → ukusebenza okungadibaniyo → ukusebenza okungenazingxabano → ukungonwabi
● Iimfuno eziphambili: Ukuchaneka okuphezulu kakhulu (ukufana kwentsimi yemagnethi) kunye nozinzo oluhle kakhulu lobushushu
● Ii-Applications eziqhelekileyo: Ii-Turbochargers, indawo yokugcina amandla e-flywheel, izixhobo zokwenza i-semiconductor (indawo yokukhupha i-vacuum)
Iinkcukacha zoKhetho lweZicelo zeMagnetic Bearing
Udidi olucetyiswayo: N42SH — Kufuneka uzinzo lobushushu obuphezulu kunye namandla anamandla emagnethi
● Ukwaleka Okucetyiswayo: I-Ni‑Cu‑Ni — ukhuseleko oluqhelekileyo ngaphandle kokuphazamisa ukufana kwentsimi yemagnethi
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-Axial okanye kwi-multi-pole radial magnetization, kuxhomekeke kuhlobo lokuthwala (uhlobo lwe-premanent magnet / uhlobo lwe-hybrid)
● Ubukhulu obuqhelekileyo: OD 20‑60 mm, ukunyamezelana ±0.02 mm
● Iiparameter eziphambili: Ukufana kwentsimi yemagnethi (<1 % ukuphambuka), ukuzinza kobushushu, ukunyamezelana okuqinileyo
Isicelo 7: Izixhobo zonyango — Ukusuka kwiZixhobo zotyando ukuya kwiZixhobo zeMRI
Izixhobo zonyango zifuna iimagnethi ezirhangqileyo ezihlangabezana nemigangatho engqongqo yokuhambelana kwezinto eziphilayo, ucoceko, kunye nokumelana nokugqwala — ukusuka kwizixhobo zamandla otyando ukuya kwizixhobo zeMRI kunye neenkqubo zokuhambisa amayeza.
Usetyenziso lwezixhobo zonyango lubeka iimfuno ezahlukeneyo kwiimagnethi xa kuthelekiswa nezinye iinkampani, apho ukuhambelana kwezinto eziphilayo kunye nococeko zezona zinto ziphambili.
● Izixhobo zamandla otyando: Iibhloko zokubhola/iiblade zesarha zokuqhuba — iimagnethi ezine-torque ephezulu ziyafuneka
● Izixhobo ezinxulumene ne-MRI: Zifuna izinto zokugquma ezingezizo eze-ferromagnetic (iGolide / iParylene)
● Iinkqubo zokuhambisa amayeza: Iimagnethi ezilawulwa ngokuchanekileyo — ukuqina okuphezulu kuyimfuneko
Ibanga Elicetyiswayo: N35 / N42 — Izixhobo zonyango azidingi ukusebenza okugqithisileyo kwemagnethi
● Ukwaleka Okucetyiswayo: I-Parylene (ukuhambelana okuphezulu kwezinto eziphilayo) okanye ukwaleka kwegolide (kwiindawo ze-MRI)
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-Axial — uninzi lweemagnethi zezinga lezonyango zinezakhiwo ezilula
● Ubukhulu obuqhelekileyo: OD 5‑40 mm — indawo encinci ngaphakathi kwezixhobo zonyango
● Iiparameter eziphambili: Ukuhambelana kwezinto eziphilayo (ISO 10993), ucoceko, ukufana kwengubo
KwiFullzen, ubungakanani beeodolo ezivela kubathengi bezonyango buhlala buncinci (ukuya kumawaka aliqela), kodwa imigangatho ephezulu kakhulu iyanyanzeliswa ukuze umgangatho ube semgangathweni kwaye ulungelelane. Senza uhlolo oluyi-100% kunye nokuhlelwa kwe-magnetic flux kwimagnethi nganye.
Isicelo 8: IiRobhothi Zoshishino — Ii-Actuators Zokugqibela Ezinefuthe
Iirobhothi zoshishino zisebenzisa iimagnethi zeringi kwizixhobo zokulawula i-end-effector, ii-joint encoders, kunye neendlela ze-gripper — apho izinto ezilula, ezibumbeneyo kunye nolawulo oluchanekileyo lwe-magnetic field ziphucula umthamo womthwalo.
Iinkcukacha zoKhetho lweZicelo zeRobhothi yoShishino
Udidi olucetyiswayo: N42 — ilinganisa ukusebenza kunye nobunzima
● Ukwaleka Okucetyiswayo: I-Ni‑Cu‑Ni — ukhuseleko oluqhelekileyo ngaphandle kokuphazamisa ukuchaneka
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-Axial (iziphumo zokugqibela) okanye ukwenziwa kweMagneti kwi-multi-pole radial (ii-encoders)
● Ubukhulu obuqhelekileyo: OD 10‑40 mm — yoyilo olukhaphukhaphu
● Iiparameters eziphambili: Ubunzima (esisezantsi siyathandwa), ukuchaneka (< ± 0.02 mm kwizangqa ze-encoder), isantya sempendulo
Isicelo 9: Amandla oMoya — Iimagnethi zeJenereyitha zeNdawo eziNgxamisekileyo
Iijenereyitha zeturbine yomoya zisebenzisa iimagnethi ezinkulu ze-neodymium ring kwiijenereyitha ezisisigxina ze-magnet synchronous (PMSG) — ezifuna uzinzo lobushushu obuphezulu kunye nokumelana nokugqwala kwiindawo ezikude nolwandle.
Ukuveliswa kwamandla omoya sisicelo esikhulu seemagnethi zeringi. Iijenereyitha ze-Direct-drive permanent magnet synchronous generators (PMSG) zisebenzisa inani elikhulu leemagnethi zeringi ezinkulu.
● Umgaqo Wokusebenza: Iiblade zomoya eziqhuba umoya → i-rotor iyajikeleza → iimagnethi ezisisigxina (iimagnethi zeringi) zivelisa intsimi yemagnethi → iikhoyili ze-stator ezibangela umbane wokuvelisa umbane
● Iimfuno ezingundoqo: Ukumelana nobushushu obuphezulu (ubushushu obuphezulu bejenereyitha yangaphakathi) kunye nokumelana nokugqwala (iimeko zenkungu yetyuwa kumandla omoya angaphandle kolwandle)
● Izicelo Eziqhelekileyo: Iiyunithi ze-turbine yomoya elunxwemeni nangaphandle; ukusetyenziswa kwemagnethi yeyunithi enye kunokufikelela kumakhulu eekhilogram
Iinkcukacha zoKhetho lweZicelo zamandla omoya
Udidi olucetyiswayo: N42UH okanye N40EH — kufuneka imelane namaqondo obushushu aphezulu angama-180‑200°C
● Ukwaleka Okucetyiswayo: Ukwaleka kwe-epoxy — ukhetho olufanelekileyo kwiindawo ezinenkungu yetyuwa kumandla omoya angaphandle kolwandle
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwi-radial pole ezininzi; inani leepali lixhomekeke kuyilo lwejenereyitha
● Ubukhulu obuqhelekileyo: OD 100‑300 mm nangaphezulu — iimagnethi ezinkulu zeejenereyitha ezinzima
● Iiparameters eziphambili: Ukumelana nobushushu (>180 °C), ukumelana nokugqwala, ukuzinza kwexesha elide (ubomi benkonzo yeminyaka engama-20)
Isicelo 10: Iimpompo zeVacuum kunye neeCompressors — Ukuvalwa okuThembekileyo kakhulu
Iimpompo ze-vacuum kunye nee-compressor zisebenzisa ii-ring magnets kwiinkqubo ze-magnetic drive kunye neendlela zokutywina — apho ukutywina okungena-hermetic, ukusebenza okungena-oyile, kunye nobomi benkonzo ende kubalulekile.
Iimagnethi zeringi ziyasetyenziswa ukuze zisetyenziswe njengemagnethi kwaye zitywinwe kwiimpompo zevacuum kunye neecompressor. Nangona zingasetyenziswa kakhulu, zifuna ukuthembeka okuphezulu kakhulu.
● Ukutywinwa kwe-magnetic drive: Iimagnethi zidlulisela i-torque kwiindonga ze-vacuum → akukho kuvuza → inqanaba le-vacuum ligcinwe
● Iicompressor ezingenaoyile: Iibheringi zemagnethi zithatha indawo yokuthambisa ioyile → akukho ngcoliseko yeoyile — iyimfuneko kwimizi-mveliso ye-semiconductor kunye neyamayeza
● Izicelo eziqhelekileyo: Izixhobo zokwenza i-semiconductor (amagumbi okucoca), izixhobo zamayeza (indawo ezingeyongozi)
Iinkcukacha zoKhetho lweZicelo zePump yeVacuum
● Udidi olucetyiswayo: N42 — ibhalansi yokusebenza kunye neendleko
● Ukwaleka Okucetyiswayo: I-Ni‑Cu‑Ni — ukhuseleko oluqhelekileyo olune-resistance entle yokuguguleka
● Ukwenziwa kweMagneti okuCetyisiweyo: Ukwenziwa kweMagneti kwiRadial — kudla ngokusetyenziswa kwiinkqubo ze-magnetic drive
● Ubukhulu obuqhelekileyo: OD 20‑60 mm
● Iiparameters eziphambili: Ukusebenza kokutywina (ukuvuza okungavuziyo), ukumelana nobushushu obuphezulu, ukuthembeka kwexesha elide
Ukukhethwa kwesicelo Itheyibhile yokubhekisa ngokukhawuleza
Le theyibhile idibanisa zonke izicelo ezili-10 zibe luthelekiso olunye ngokujonga nje ukuze kwenziwe izigqibo ngokukhawuleza.
| Isicelo | Inkqubo Ecetyiswayo | Ibanga Elicetyiswayo | Ukwaleka Okucetyiswayo | Ukwenziwa kweMagneti okucetyiswayo | I-OD eqhelekileyo | Iiparameters eziphambili |
|---|---|---|---|---|---|---|
| 1. Ukudibanisa iMagnetic | I-Sintered | N42 / N45 | I-Ni-Cu-Ni / i-Epoxy | I-Multi-pole radial | 20‑80 mm | I-Torque / Isithuba somoya |
| 2. I-Encoder | Ibotshelelwe | I-NdFeB ebophelelwe yi-Isotropic | I-Ni-Cu-Ni | Iipali ezininzi zeRadial ≥32 iipali | 10‑50 mm | Ukuchaneka kwepitshi yepole |
| 3. Imoto ye-BLDC | I-Sintered | I-N42SH / N45SH | I-Ni-Cu-Ni / i-Epoxy | I-Multi-pole radial | 15‑120 mm | I-BL factor / inani leepali |
| 4. I-Industrial Sensor | I-Sintered | N35 / N42 | I-Ni-Cu-Ni / iZinc | I-Axial / Multi-pole radial | 8‑30 mm | Ukufana kwentsimi yemagnethi / Uzinzo lobushushu |
| 5. Isahluli seMagnetic | I-Sintered | N42 / N45 | I-Ni-Cu-Ni | I-Axial | 30‑150 mm | Ukumelana neGauss yomphezulu / Ukunxiba |
| 6. Ukuthwala iMagnetic | I-Sintered | I-N42SH | I-Ni-Cu-Ni | I-Axial / Multi-pole radial | 20‑60 mm | Ukufana kwentsimi yemagnethi / Ukunyamezelana kobukhulu |
| 7. Isixhobo Sezonyango | Idibeneyo / Ibotshelelwe | N35‑N42 | IParylene / Igolide | I-Axial | 5‑40 mm | Ukuhambelana kwezinto eziphilayo (ISO 10993) |
| 8. Irobhothi yoShishino | I-Sintered | N42 | I-Ni-Cu-Ni | I-Axial / Multi-pole radial | 10‑40 mm | Ubunzima / Ukuchaneka kokubeka |
| 9. Ijenereyitha yamandla omoya | I-Sintered | I-N42UH / N40EH | I-Epoxy | I-Multi-pole radial | 100‑300 mm+ | Ukumelana nobushushu / Ukumelana nokugqwala |
| 10. Impompo yoVutha kunye neCompressor | I-Sintered | N42 | I-Ni-Cu-Ni | I-Radial | 20‑60 mm | Ukutywinwa kwe-Zero-leakage / Ukuthembeka kwexesha elide |
Indlela yokusebenzisa esi sikhokelo kwiprojekthi yakho
Ngoku ekubeni sele ufumene isicelo sakho kunye neenkcukacha ezisisiseko, nantsi indlela yokutshintsha ukusuka ekukhetheni ukuya ekuthengeni.
Inyathelo 1: Chonga udidi lwesicelo sakho
Fumana uhlobo lwesicelo sakho kwitshathi ekhawulezileyo engasentla ukuze ufikelele kwinqanaba elicetyiswayo, i-coating, kunye ne-magnetization direction. Ukuba isicelo sakho asidweliswanga, iinkcukacha ezisondeleyo zokufanisa zihlala zisebenza njengendawo elungileyo yokuqala.
Inyathelo lesi-2: Iiparameter zeSihluthulelo sokuTshixa
Misela ubungakanani obuthile (i-OD/ID/ubungqingqwa), iimfuno zokunyamezela, uluhlu lobushushu bokusebenza, kunye neemfuno zesatifikethi. Ezi nkcukacha zimisela isicatshulwa sokugqibela kunye nexesha lokunikezelwa kwesatifikethi.
● Ukuze ufumane inkqubo epheleleyo yokukhetha kunye nesikhokelo sokuthenga, jonga *Inkqubo yokukhetha kunye nokuthenga iimagnethi zeringi ye-neodymium enamanyathelo asi-7*
Inyathelo lesi-3: Cela iiSampulu uze uqinisekise
Thumela i-RFQ epheleleyo (kuquka zonke iiparameter) kumthengisi wakho, ufumane iisampulu, kwaye uziqinisekise phantsi kweemeko zokusebenza ezilinganisiweyo. Musa ukutsiba ukuqinisekiswa kwesampulu—ixabiso lokuphinda uvelise liphindwe kalikhulu kuneesampulu.
● Ukuze ufumane iinkcukacha ezipheleleyo zobukhulu kunye neereferensi zokunyamezelana, jonga *ubukhulu obupheleleyo bemagnethi yendandatho ye-neodymium kunye nesalathiso sokunyamezelana*
FAQ
Q: Ngawaphi amashishini asebenzisa kakhulu iimagnethi zeringi ye-neodymium?
A: Ezona zicelo ziphambili kwimizi-mveliso zeemagnethi zeringi ye-neodymium ziquka iimoto ze-BLDC (eyona marike inkulu), ii-encoders ze-magnetic, ii-sensors zemizi-mveliso, ii-coupling ze-magnetic, kunye nee-separators ze-magnetic. Izicelo ezintsha ziquka ii-magnetic bearings ze-turbomachinery ezingena-friction, izixhobo zonyango ezifuna ii-biocompatible coatings, kunye neejenereyitha zamandla omoya ezisebenzisa ii-UH/EH ezishushu kakhulu. KwiFullzen Technology, izicelo zeemoto kunye nee-encoder zenza ngaphezulu kwe-60% yemveliso yethu ye-ring magnet.
Q: Yintoni umahluko phakathi kweemagnethi zeringi kunye neemagnethi zediski ezisetyenziselwa ukwenziwa kwimizi-mveliso?
A: Iimagnethi zeringi ziphumelela kakhulu kuneemagnethi zediski kwiindawo ezintathu eziphambili: (1) Ukusetyenziswa kwe-magnetic flux ephezulu nge-15-22% ngenxa yemigca yentsimi egxile kwi-ring geometry, (2) indlela ephakathi yokuvula umngxuma kunye nendibano yamacandelo amaninzi, kunye (3) umlinganiselo ophezulu wobunzima-kwintsebenzo — obalulekileyo kwizicelo ezijikelezayo apho uxinzelelo lwe-centrifugal luyingxaki. Iimagnethi ze-disc zikhethwa kuphela xa ixabiso lilodwa kwaye iimfuno zokusebenza kwe-magnetic zincinci.
Q: Yeyiphi i-coating efanelekileyo kwiimagnethi zeringi kwiindawo ezinzima?
A: Kwiindawo zoshishino ezinzima — ukufuma okuphezulu, ukuvezwa ngamakhemikhali, okanye amaqondo obushushu aphezulu ngaphezu kwe-150°C — i-epoxy coating ibonelela ngokhuseleko olungcono ngokumelana ne-salt spray iiyure ezingama-96 nangaphezulu ngexabiso eliphindwe ka-1.5 kune-Ni-Cu-Ni. Kwiindawo zonyango kunye neemeko ezigqithisileyo, i-Parylene coating inikezela ukumelana ne-salt spray iiyure ezingama-200 nangaphezulu kunye ne-thin-film efanayo ngexabiso eliphindwe ka-3-5. I-Ni-Cu-Ni eqhelekileyo (i-salt spray iiyure ezingama-48) yanele ukusetyenziswa ngaphakathi, okulawulwa bubushushu.
Q: Ngaba iimagnethi zeringi zingenziwa ngokwezifiso kwiimfuno ezithile zoshishino?
A: Ewe. Iimagnethi zeringi zinokwenziwa ngokwezifiso kwiimilinganiselo ezintandathu: (1) ibakala (i-N35-N52 kunye nezihlomelo zobushushu ukusuka kwizinga eliqhelekileyo ukuya kwi-EH kwi-200°C), (2) ubukhulu (i-OD ukusuka kwi-5mm ukuya kwi-300mm+), (3) ipateni yemagnetization (i-axial, i-radial, i-multi-pole ukuya kwi-128 poles), (4) uhlobo lwe-coating (i-Ni-Cu-Ni, i-zinc, i-epoxy, i-Parylene, igolide), (5) inkqubo yokuvelisa (efakwe i-sintered, ebotshelelweyo, okanye efakwe injection), kunye (6) ukunyamezelana (okuqhelekileyo okanye okuchanekileyo). Izixhobo ezenziwe ngokwezifiso zemagnetization ye-multi-pole zihlala zongeza iindleko ze-fixture zexesha elinye.
Q: Lithini ixesha eliqhelekileyo lokukhokela kwiiodolo zemagnethi zendandatho yemizi-mveliso?
A: Iimagnethi zeringi ezisemgangathweni zithunyelwa ngaphakathi kweentsuku ezi-3-5 ukusuka kwisitokhwe. Iinkcukacha ezenziwe ngokwezifiso zilandela inkqubo enamanqanaba ama-4: ikowuteshini (iintsuku ezi-3), ukuveliswa kwesampulu (iintsuku ezi-7-10 ezisemgangathweni, iintsuku ezili-15-25 kunye nezixhobo ezintsha), ukuvunywa kwesampulu, kunye nokuveliswa ngobuninzi (iintsuku ezili-15-20). Ixesha eliqhelekileyo eliqhelekileyo ukusuka kuphando ukuya ekuhanjisweni ziiveki ezi-4-6 zee-odolo ezenziwe ngokwezifiso. KwiFullzen Technology, umthamo wenyanga udlula iziqwenga ezingama-50,000 kunye nolawulo lomgangatho we-ISO 9001 kunye neengxelo zovavanyo olupheleleyo ezithunyelwa kunye ne-odolo nganye.
Umenzi weeMagnets zeRing yeNeodymium
Ufumene isicelo sakho? Sithumelele iinkcukacha zakho uze ufumane ikowuteshini enomgangatho ocetyiswayo, ukugquma, kunye nokufakelwa kwemagneti kwiiyure ezingama-24!
Ezinye iintlobo zeeMagnets
Cebisa Ukufunda
Ixesha lokuthumela: Agasti-19-2026