Iimagnethi zoShishino
At Honsen Magnetics, siyakuqonda ukubaluleka kokufumana umazibuthe ofanelekileyo kwiimfuno zakho ezithile. Yiyo loo nto sinikezela ngoluhlu olubanzi lweemagnethi zamashishini kubandakanyaNeodymium, FerritekwayeIimagnethi zeSamaririum Cobalt. Ezi magnethi ziza kwiimilo ezahlukeneyo kunye nobukhulu, ziqinisekisa ukuba sinokubonelela ngesisombululo esifanelekileyo kwisicelo sakho. Iimagnethi zeNeodymium zikhaphukhaphu kodwa zinamandla, zizenza zilungele usetyenziso olufuna umhlaba owomeleleyo wemagnethi kuyilo olubambeneyo. Ukusuka kwizahluli zemagnethi kunye neemotor ukuya kwii-magnetic mounts kunye neenkqubo zesithethi, iimagnethi zethu ze-neodymium zisetyenziswa kwiinkqubo ezahlukeneyo. Iimagnethi zeFerrite zinokuxhathisa okugqwesileyo kokutya kwaye zixabisa kakhulu. Iimagnethi zeFerrite ziqhele ukusetyenziswa kwiinjini zombane, izahluli zemagnethi kunye nezithethi. Ngokusebenza kwayo okuzinzileyo kunye nexabiso elikhuphisanayo, iimagnethi zethu zeferrite lukhetho oludumileyo phakathi kwabathengi. Imagnethi ye-Samarium Cobalt inokumelana nobushushu obugqithisileyo kwaye igcine imagnethi yazo nakwiindawo ezinzima kakhulu. Usetyenziso olubandakanya indawo yobushushu obuphezulu, obunje nge-aerospace kunye namandla, luxhamla kakhulu ekusebenzeni okugqwesileyo kweemagnethi zethu ze-samarium cobalt. Xa ukhetha iimagnethi zamashishini ukusukaHonsen Magnetics, awufumani kuphela imveliso esemgangathweni kodwa nenkonzo enkulu yabathengi. Iqela lethu leengcali ezinamava lizinikele ekuboneleleni ngoncedo olulolwakho kunye nesikhokelo sokukunceda ufumane isisombululo esifanelekileyo semagnethi kwiimfuno zakho.-
Laminated Permanent Magnets ukunciphisa Eddy Current Loss
Injongo yokusika imagnethi yonke ibe ziziqwenga ezininzi kwaye uyisebenzise kunye kukunciphisa ilahleko yeeddi. Sibiza ezi magnethi zinobubele "Lamination". Ngokuqhelekileyo, amaqhekeza amaninzi, ngcono umphumo wokunciphisa ilahleko ye-eddy. I-lamination ayiyi kutshabalalisa ukusebenza kwemagnethi ngokubanzi, kuphela i-flux eya kuchaphazeleka kancinci. Ngokuqhelekileyo silawula izikhewu zeglue ngaphakathi kobunzima obuthile usebenzisa indlela ekhethekileyo yokulawula i-gap nganye inobunzima obufanayo.
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N38H Neodymium Magnets for Linear Motors
Igama leMveliso: Linear Motor Magnet
Izinto eziphathekayo: Iimagnethi zeNeodymium / iimagnethi zomhlaba eziRare
Ubungakanani: Umgangatho okanye ulungiselelwe
Ukwaleka: Isilivere, iGolide, iZinc, iNickel, iNi-Cu-Ni. Ubhedu njl.
Ubume: Imagnethi yebhloko ye-Neodymium okanye eyenziwe ngokwezifiso -
IHalbach Array Magnetic System
I-Halbach array sisakhiwo semagnethi, esisisakhiwo esifanelekileyo kubunjineli. Injongo kukuvelisa eyona ndawo inamandla yemagnethi enelona nani lincinci lemagnethi. Ngomnyaka we-1979, xa uKlaus Halbach, umphengululi waseMelika, eqhuba iimvavanyo zokukhawulezisa i-electron, wafumana esi sakhiwo sikhethekileyo samagnetic esisisigxina, saphucula ngokuthe ngcembe esi sakhiwo, kwaye ekugqibeleni wenza into ebizwa ngokuba yi-magnetic "Halbach".
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Ii-Magnetic Motor Assemblies ezineMagnet eziSisigxina
Injini yemagnethi esisigxina ngokubanzi ingahlelwa ngokwemagnethi alternating current (PMAC) motor kunye nemagnethi esisigxina yangoku (PMDC) motor ngokwefomu yangoku. Imoto ye-PMDC kunye ne-PMAC motor inokwahlulwa ngakumbi ukuze ibrashi/i-brushless motor kunye ne-asynchronous/synchronous motor, ngokulandelelanayo. Imincili yemagnethi esisigxina inokunciphisa kakhulu ukusetyenziswa kwamandla kunye nokomeleza ukusebenza kwemoto.
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Iimagnethi ezisisigxina ezisetyenziswa kuShishino lweZithuthi
Kukho iindlela ezininzi zokusetyenziswa kweemagnethi ezisisigxina kwizicelo zeemoto, kubandakanya ukusebenza kakuhle. Ushishino lweemoto lugxile kwiindidi ezimbini zokusebenza kakuhle: ukusebenza kakuhle kwamafutha kunye nokusebenza kakuhle kumgca wokuvelisa. Iimagnethi zinceda kuzo zombini.
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I-Servo Motor Magnets Manufacturer
I-N pole kunye ne-S pole yemagnethi zicwangciswe ngokutshintshanayo. Ipali ye-N enye kunye nepali enye zibizwa ngokuba zipere zeepali, kwaye iimotor zinokuba nazo naziphi na iperi yezibonda. Iimagnethi zisetyenziswa kubandakanya i-aluminiyam nickel cobalt umazibuthe osisigxina, iimagnethi ezisisigxina zeferrite kunye noomazibuthe onqabileyo bomhlaba osisigxina (kubandakanya imagnethi esisigxina yesamarium cobalt kunye neodymium iron boron umazibuthe osisigxina). Umkhombandlela wemagneti wahlulwe kwi-parallel magnetization kunye ne-radial magnetization.
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Iimagnethi zokuvelisa amandla omoya
Amandla omoya abe ngowona mthombo wamandla acocekileyo unokwenzeka emhlabeni. Kangangeminyaka emininzi, uninzi lombane wethu beluvela kumalahle, i-oyile kunye nezinye izibaso zefosili. Nangona kunjalo, ukudala amandla kobu butyebi kubangela umonakalo omkhulu kwindawo yethu kwaye kungcolise umoya, umhlaba kunye namanzi. Oku kuqatshelwa kuye kwenza abantu abaninzi baphendukela kumandla aluhlaza njengesisombululo.
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I-Neodymium (i-Rare Earth) Iimagnethi zeeMoto eziSebenzayo
Umazibuthe we-neodymium oneqondo eliphantsi lokunyanzeliswa unokuqalisa ukuphulukana namandla ukuba ubushushu obungaphezulu kwe-80°C. Ukunyanzeliswa okuphezulu kwemagnethi ye-neodymium iphuhliswe ukuba isebenze kumaqondo obushushu ukuya kuthi ga kwi-220 ° C, kunye nelahleko encinci engenakubuyiselwa. Imfuno yomlinganiso wobushushu obuphantsi kwizicelo zemagnethi ye-neodymium ikhokelele kuphuhliso lwamabakala amaninzi ukuhlangabezana neemfuno ezithile zokusebenza.
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Iimagnethi zeNeodymium zeZixhobo zaseKhaya
Iimagnethi zisetyenziswa kakhulu kwizithethi kwiiseti zeTV, imicu yokufunxa imagnethi kwiingcango zesikhenkcisi, iimotor zecompressor eziguquguqukayo eziphezulu, iimotor zomoya zomoya, iimotor fan, iihard disk drives zekhompyuter, izithethi ezivakalayo, izithethi ze-headphone, iimotor hood, umatshini wokuhlamba. iinjini, njl.
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Iimagnethi zoomatshini bokutsalwa kwe-elevator
I-Neodymium ye-Iron Boron umazibuthe, njengesiphumo samva nje sokuphuhliswa kwezinto ezinqabileyo zomhlaba ezisisigxina, zibizwa ngokuba yi "magneto king" ngenxa yeempawu zayo ezintle zemagneti. Iimagnethi ze-NdFeB zialloyi ze-neodymium kunye ne-iron oxide. Ikwabizwa ngokuba yiNeo Magnet. I-NdFeB inemveliso yamandla ombane aphezulu kakhulu kunye nokunyanzeliswa. Kwangaxeshanye, iingenelo zokuxinana kwamandla aphezulu kwenza i-NdFeB imagnethi esisigxina isetyenziswe ngokubanzi kushishino lwanamhlanje kunye netekhnoloji ye-elektroniki, eyenza kube lula ukwenza izixhobo ezincinci, ezikhaphukhaphu kunye nezibhityileyo, iinjini zombane, imagnethi yokwahlula imagnethi kunye nezinye izixhobo.
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Iimagnethi zeNeodymium zoMbane kunye ne-Electroacoustic
Xa umsinga oguqukayo ufakwa kwisandi, umazibuthe uba ngumazibuthe. Isalathiso sangoku sitshintsha rhoqo, kwaye i-electromagnetic iqhubeka ihamba phambili naphambili ngenxa "yentshukumo yokunyanzeliswa kocingo olunamandla kwintsimi yamagnetic", iqhubela i-basin yephepha ukungcangcazela ngasemva naphambili. I-stereo inesandi.
Iimagnethi ezisephondweni ikakhulu zibandakanya imagnethi yeferrite kunye nemagnethi yeNdFeB. Ngokwesicelo, iimagnethi zeNdFeB zisetyenziswa kakhulu kwiimveliso zombane, ezinje ngehard disks, iiselfowuni, ii-headphones kunye nezixhobo ezisebenza ngebhetri. Isandi siphezulu.
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Iimagnethi ezisisigxina zeMRI & NMR
Inxalenye enkulu kunye nebalulekileyo ye-MRI & NMR yimagnethi. Iyunithi echonga eli bakala lamagnetic libizwa ngokuba yiTesla. Enye iyunithi eqhelekileyo yokulinganisa isetyenziswa kwiimagnethi yiGauss (1 Tesla = 10000 Gauss). Okwangoku, iimagnethi ezisetyenziselwa ukucinga nge-magnetic resonance imaging zikuluhlu lwe-0.5 Tesla ukuya kwi-2.0 Tesla, oko kukuthi, i-5000 ukuya kwi-20000 Gauss.
