Radial Ring Magnets don manyan kayan aikin wuta

Sintered neodymium iron boron radiation (multi-pole) Magnetic zobba sabon samfuri ne da aka haɓaka a cikin 'yan shekarun nan da kuma wani sabon alkibla don haɓakar sintered neodymium baƙin ƙarfe boron kayan maganadisu na dindindin.Yafi amfani da high-yi m maganadisu Motors da na'urori masu auna sigina, shi yana da abũbuwan amfãni daga high daidaito, santsi aiki, da kuma low amo, yin shi da fi so zabi ga high gudun da high-madaidaicin iko na Motors.

Wurin maganadisu na sararin samaniya na sintered neodymium iron boron multipole Magnetic zobe (kamar yadda aka nuna a cikin hoton da ke ƙasa) ana rarraba shi a cikin siffar igiyar igiyar ruwa, kuma filin maganadisa mai tsayi mai tsayi zai iya inganta ingantaccen injin.Ba tare da rage inganci ba, motar za ta iya ƙara nauyi da ƙaranci.Sintered neodymium baƙin ƙarfe boron radiation (multipole) Magnetic zoben shawo kan drawbacks na splicing Magnetic zoben kuma zai iya maye gurbin gargajiya tubalan siffata.

Sintered neodymium baƙin ƙarfe boron multipole Magnetic zobba suna da abũbuwan amfãni irin su matsananci-high surface Magnetic filin, Saukake taro, barga Magnetic kewaye, mafi girma inji daidaito, taro tare da wadanda ba conductive Magnetic shaft sanduna, ba tare da rage Magnetic yi, da kuma cimma ingantaccen amfani da m maganadisu. kayan aiki.

1.Yadda za a tsara da kuma zaɓar mafi kyawun maganadisu mai tsada wanda ya dace da bukatun abokin ciniki?

Magnets an rarraba su zuwa nau'o'i daban-daban bisa la'akari da ikon su na jure yanayin zafi;Dangane da buƙatun amfani daban-daban, alamar iri ɗaya ta raba zuwa matakan aiki daban-daban, kuma matakan aiki daban-daban sun dace da sigogin ayyuka daban-daban.Gabaɗaya, ƙira da zaɓin maganadisu mafi inganci yana buƙatar abokin ciniki ya samar da waɗannan bayanan da suka dace,

▶ Aikace-aikacen filayen maganadisu
▶ Material grade and performance sigogi na maganadisu (kamar Br/Hcj/Hcb/BHmax, da sauransu)
▶ Yanayin aiki na maganadisu, kamar yanayin aiki na yau da kullun na na'ura mai juyi da matsakaicin yuwuwar zafin aiki
▶ Hanyar shigarwa na magnet akan na'ura mai juyi, kamar shin magnet ɗin yana saman saman ko kuma yana cikin rami?
▶ Girman injina da buƙatun haƙuri don maganadisu
▶ Nau'in magnetic shafi da anti-lalata bukatun
▶ Bukatun don gwajin kan-site na maganadiso (kamar gwajin aiki, gwajin feshin gishiri, PCT/HAST, da sauransu)