Magnets Warshadaha

Magnets Warshadaha

At Honsen Magnetics, waan fahamsanahay muhiimada ay leedahay in la helo magnet sax ah ee baahiyahaaga gaarka ah. Taasi waa sababta aan u bixino noocyo kala duwan oo magnets warshadaha oo ay ku jiraanNeodymium, FerriteiyoSamarium Cobalt magnets. Magnet-yadani waxay ku yimaadaan qaabab iyo cabbirro kala duwan, anagoo hubinayna inaan ku siin karno xalka ugu fiican codsigaaga. Magnet-ka Neodymium waa fudfudud haddana awood badan, taas oo ka dhigaysa mid ku habboon codsiyada u baahan goob birlabeed xooggan oo naqshad is haysta. Laga soo bilaabo kala-soocida birlabeedka iyo matoorada ilaa meelaha magnetic iyo nidaamyada ku hadla, magnets-yadayada neodymium waxaa loo isticmaalaa codsiyo kala duwan. Ferrite Magnets waxay leeyihiin iska caabin aad u wanaagsan oo daxalka ah waxayna leeyihiin kharash aad u badan. Matoorada Ferrite waxaa caadi ahaan loo isticmaalaa matoorada koronto, kala soocida birlabeedka iyo kuwa ku hadla. Iyada oo leh waxqabadkeeda xasilloon iyo qiimaha tartanka, magnets-kayada ferrite waa doorasho caan ah oo macaamiisha dhexdooda ah. Samarium Cobalt magnets waxay u adkeysan kartaa kulaylka ba'an waxayna xajin kartaa birlabkooda xitaa meelaha ugu adag. Codsiyada ku lug leh jawiga heerkulka sare, sida hawada hawada iyo tamarta, waxay si weyn uga faa'iidaystaan ​​waxqabadka sare ee magnets cobalt samarium. Marka aad ka dooranayso magnets warshadahaHonsen Magnetics, kaliya maaha inaad helayso badeecad tayo leh laakiin sidoo kale adeeg macaamiil oo weyn. Kooxdayada khubarada khibrada leh waxay u heellan yihiin bixinta kaalmo shakhsiyeed iyo hagitaan si ay kaaga caawiyaan inaad hesho xalka magnetka ugu fiican ee baahiyahaaga.
  • Magnets-ka-soo-saarka leh ee loo-saaray Dhismayaasha hore loo sii diyaariyay

    Magnets-ka-soo-saarka leh ee loo-saaray Dhismayaasha hore loo sii diyaariyay

    Magnets-ka-soo-saarka leh ee loo-saaray Dhismayaasha hore loo sii diyaariyay
    Horumarinta warshadaha dhismaha, shubka precast ayaa loo arkaa jiil cusub oo qalabka dhismaha ah. Habkan dhismaha ayaa si weyn looga isticmaalay wadamo badan oo adduunka ah.Magnet-ka-xidhida hore loo saaray ayaa ah mid ka mid ah qalabka ugu muhiimsan ee loogu talagalay qaab-dhismeedka shubka ee hore loo sii diyaariyay. Waxay hagaajin kartaa biraha dhinaceeda marka shubka lagu shubayo si looga hortago in sibidhku soo baxo. Magnet-ka hore loo saaray waxay ku habboon yihiin qaabab kala duwan oo qaab-shaqeed ah sida qaabka alwaax iyo qaabka birta.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

  • Precast Shuttering Magnet ee Qaabka Qaabka Slab-ka ee Modular

    Precast Shuttering Magnet ee Qaabka Qaabka Slab-ka ee Modular

    Precast Shuttering Magnet ee Qaabka Qaabka Slab-ka ee Modular
    Horumarinta warshadaha dhismaha, shubka precast ayaa loo arkaa jiil cusub oo qalabka dhismaha ah. Habkan dhismaha ayaa si weyn looga isticmaalay wadamo badan oo caalamka ah. Magnets-ka-xiridda precast waa mid ka mid ah qalabka ugu muhiimsan ee loogu talagalay qaab-dhismeedka shubka ee horay loo sii dhigay. Waxay hagaajin kartaa biraha dhinac marka shubka lagu shubayo si aysan sibidhka uga soo bixin. Magnet-ka precast-ka ah waxay ku habboon yihiin qaabab kala duwan oo qaab-dhismeedka ah sida qaab-dhismeedka alwaax iyo qaabka birta.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

  • Chamfer birta magnetic

    Chamfer birta magnetic

    Chamfer birta magnetic

    Xarigga birta birta magnetic waxaa lagu isticmaalay warshadda shubka ah ee shubka ah dhowr iyo toban sano. Waxay xamili karaan xaalado shaqo oo aad u daran waxaana loo isticmaalaa in lagu dhejiyo meelaha birta ah. Waxaa loo qorsheeyay in ay ka abuuraan geeso jeexan oo ku yaal geesaha darbiyada shubka ah iyo sidoo kale qaab qaabeysan. Waxaa jira laba qaab oo caadi ahaan loo isticmaalo: saddex xagal iyo trapezoid. Xariijimaha magnetic ee shubka precast waa mid ka mid ah qalabyada ugu badan ee loo isticmaalo warshadaha shubka hore loo saaray. Waxay ku yimaadaan dhowr cabbir oo kala duwan waxaana si buuxda loo habeyn karaa si ay ugu habboonaato shuruudaha gaarka ah ee soo saaraha.

  • Nidaamka Shuttering Magnetic ee Qaabka Shabkad ee hore loo saaray

    Nidaamka Shuttering Magnetic ee Qaabka Shabkad ee hore loo saaray

    Nidaamka Shuttering Magnetic ee Qaabka Shabkad ee hore loo saaray

    Magnetwork Formwork waa birlab xoog badan oo isku dhafan oo loo isticmaalo warshadaha dhismaha si loogu hayo qaab-dhismeedka goobta inta lagu jiro shubitaanka iyo dejinta shubka. Waxaa loogu talagalay in lagu isticmaalo qaab bir ah waxayna si weyn u fududayn karaan habka rakibidda qaab-dhismeedka, maadaama ay meesha ka saarayaan baahida loo qabo qodista, alxanka ama isticmaalka boolal si loo sugo qaabka qaabka. Magnet-ka qaab-dhismeedka wuxuu leeyahay qaabab iyo cabbirro kala duwan, sida labajibbaaran, leydi iyo wareeg ah, waxaana loo habeyn karaa si ay ugu habboonaato baahida gaarka ah ee mashruuca dhismaha. Waxay ka samaysan yihiin magnets neodymium oo tayo sare leh waxaana lagu dahaadhay walxo adkeysi leh oo daxalka u adkaysta oo u adkeysan kara xaaladaha adag ee deegaanka.

  • Qaybta Ferrite Arc Magnet ee Matoorada DC

    Qaybta Ferrite Arc Magnet ee Matoorada DC

    Qalabka: Ferrite Hard / Ceramic Magnet;

    Fasalka: Y8T, Y10T, Y20, Y22H, Y23, Y25, Y26H, Y27H, Y28, Y30, Y30BH, Y30H-1, Y30H-2, Y32, Y33, Y33H, Y35, Y35BH;

    Qaabka: Tile, Arc, Segment iwm;

    Cabbirka: Sida waafaqsan shuruudaha macaamiisha;

    Codsiga: Dareemayaasha, Matoorada, Rotors, Marawaxadaha Dabaysha, Dabaysha dhaliyaha, Sameecado, Haysta Magnetic, Filters, Automobiles iwm.

  • Isku-xidhka Magnets Motor Linear

    Isku-xidhka Magnets Motor Linear

    Neodymium matoorrada tooska ah ee matoorrada waa nooc ka mid ah magnet-waxqabadka sare leh oo si weyn loogu isticmaalo codsiyada tooska ah. Magnet-yaashan waxa lagu sameeyaa iyada oo la cadaadiyo isku dar ah boron boron neodymium iron boron (NdFeB) oo ah budo cadaadis sare saaran, taas oo keenta magnet xoog leh, is haysta oo hufan oo leh xasillooni cabbir heersare ah iyo sifooyin birlabeed sare leh.

  • Sare ee Torque Neodymium Rotor ee koronto-dhaliyaha-hoose

    Sare ee Torque Neodymium Rotor ee koronto-dhaliyaha-hoose

    Neodymium (si sax ah Neodymium-Iron-Boron) magnets waa birlabyada joogtada ah ee ugu xooggan adduunka. Neodymium magnets dhab ahaantii waxay ka kooban yihiin neodymium, birta iyo boron (waxaa sidoo kale loo yaqaan NIB ama NdFeB magnets). Isku darka budada ah ayaa lagu cadaadiyaa cadaadis weyn oo galay caaryada. Walxaha markaa waa la miiray (kuleyl hoostiisa maraq), la qaboojiyey, ka dibna dhulka ama jarjar qaabka la rabo. Dahaarka ayaa markaa lagu dabaqaa haddii loo baahdo. Ugu dambeyntii, magnets-ka bannaan waa magnetized by iyaga oo soo bandhigaya dhul birlab aad u xoog badan oo ka badan 30 KOe.

  • N55 Neodymium Block Magnet

    N55 Neodymium Block Magnet

    Soo bandhigida N55 Neodymium Magnets - hal-abuurkii ugu dambeeyay ee tignoolajiyada magnetic. Wax soo saarka tamarta ugu badan ee 55 MGOe, magnets-yadani waxay ka mid yihiin magnets-ka joogtada ah ee ugu xooggan maanta.

  • Ferrite Circle Disk Magnets

    Ferrite Circle Disk Magnets

    Ferrite Circle Disk Magnets oo ay samaysay Warshada Soo-saareha Shiinaha

    Magnets dhoobada (sidoo kale loo yaqaan "Ferrite" magnets) waa qayb ka mid ah qoyska magnetka joogtada ah, iyo qiimaha ugu hooseeya, magnets adag maanta. Ka kooban strontium carbonate iyo bir oxide, dhoobada (ferrite) magnets waa dhexdhexaad in xoog birlab ah waxaana loo isticmaali karaa heerkul aad u sarreeya. Intaa waxaa dheer, waxay yihiin kuwo u adkaysta oo si sahlan loo magnetize, iyaga oo ka dhigaya doorashada caanka ah ee macaamiisha, ganacsiga, warshadaha iyo farsamada.

    Honsen Magnetsbixin karaArc ferrite magnets,Jooji magnetka ferrite,Magnet ferrite Disc,Magnets ferrite kabo,Magnet ferrite aan joogto ahayn,giraanta ferrite magnetsiyoIsku-dubarid ku xidhan magnets ferrite.

  • Qalab jaban oo adag oo Ferrite Block Magnet leh oo dalool leh

    Qalab jaban oo adag oo Ferrite Block Magnet leh oo dalool leh

    Heerarka Shiinaha ee jaban ee Hard Ferrite Block Magnet leh dalool

    Magnets dhoobada (sidoo kale loo yaqaan "Ferrite" magnets) waa qayb ka mid ah qoyska magnetka joogtada ah, iyo qiimaha ugu hooseeya, magnets adag maanta. Ka kooban strontium carbonate iyo bir oxide, dhoobada (ferrite) magnets waa dhexdhexaad in xoog birlab ah waxaana loo isticmaali karaa heerkul aad u sarreeya. Intaa waxaa dheer, waxay yihiin kuwo u adkaysta oo si sahlan loo magnetize, iyaga oo ka dhigaya doorashada caanka ah ee macaamiisha, ganacsiga, warshadaha iyo farsamada.

    Honsen Magnetsbixin karaArc ferrite magnets,Jooji magnetka ferrite,Magnet ferrite Disc,Magnets ferrite kabo,Magnet ferrite aan joogto ahayn,giraanta ferrite magnetsiyoIsku-dubarid ku xidhan magnets ferrite.

  • Magnet Neodymium Pot Magnet Ledi leh oo leh Bore counter

    Magnet Neodymium Pot Magnet Ledi leh oo leh Bore counter

    Magnet Neodymium Pot Magnet Ledi leh oo leh Bore counter

    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magnetics waa isha Magnet ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.
  • Magnet NdFeB Laminated Leh oo La Habeeyay

    Magnet NdFeB Laminated Leh oo La Habeeyay

    Magnet NdFeB Laminated Leh oo La Habeeyay
    Dhammaan magnets-ka looma wada abuurin si siman. Magnets-yada Dunida Naadirka ah waxa laga sameeyey Neodymium, oo ah maaddada magnetka joogtada ah ee ugu xooggan suuqa maanta. Magnets Neodymium waxay leeyihiin adeegsiyo badan, laga bilaabo codsiyo warshadeed oo kala duwan ilaa tiro aan xadidnayn oo ah mashruucyo shaqsiyeed.

    Honsen Magneticswaa isha Magnetka ee Neodymium Rare Earth Magnets. Eeg ururintayada oo dhanhalkan.

    Ma u baahan tahay cabbir gaar ah? Codso xigasho qiimaha mugga.