I-Arc Neodymium Magnet Supplier | Fullzen
Neodymium Arc Magnets
• Amandla angenakulinganiswa nanto: Njengomnye wemagnethi eyomeleleyo esisigxina, ukubunjwa kwe-neodymium kunoxinano lwamandla aphezulu, okuqinisekisa ukusebenza okuqinileyo nokuthembekileyo kwifom ehlangeneyo.
• I-Curvature echanekileyo: Imilo ye-arc ilungiselelwe ukwandisa ubuninzi be-magnetic flux kwisetyhula okanye i-cylindrical component, ngokwandisa ukusebenza kakuhle kwesixhobo esiyisebenzisayo.
• Ulwakhiwo oluhlala ixesha elide: Ezi magnethi zidla ngokugqunywa ngamaleko akhuselayo afana nenickel, zinc okanye epoxy resin, ezenza zikwazi ukumelana nokubola kunye nokugqabhuka, zizenze zilungele ukusetyenziswa ixesha elide kwiindawo ezahlukeneyo.
• Iyakwazi ukwenzeka: Ifumaneka ngokobukhulu obahlukeneyo, amabanga kunye nezalathiso zemagneti, iimagnethi ezigobileyo ze-neodymium zinokwenziwa ukuze zihlangabezane neemfuno ezithile zesicelo sakho, nokuba sisixhobo esisebenza kakuhle kakhulu, isivamvo okanye esinye isixhobo esichanekileyo.
• Iingqwalasela zobushushu: Nangona zinamandla, ezi magnethi zinovelwano kumaqondo obushushu aphezulu, kunye namaqondo obushushu okusebenza asuka kuma-80°C ukuya kwi-150°C, ngokuxhomekeke kwibakala.
Sithengisa onke amabanga emagnethi e-neodymium, iimilo ezilungiselelweyo, ubungakanani, kunye neengubo.
FAQ
Amaxabiso afanelekileyo, zonke iimveliso zixhasa ukwenziwa ngokwezifiso, ukuphendula ngokukhawuleza, kwaye zinezatifikethi eziphambili ezisibhozo
1. Ukwakhiwa kwezinto:
• Iimagnethi eziqhelekileyo (imagnethi ye-ferrite/ceramic):
o Yenziwe kwi-composite ye-iron oxide (Fe2O3) kunye ne-strontium carbonate (SrCO3) okanye i-barium carbonate (BaCO3).
• Iimagnethi zeNdFeB (Neodymium Magnets):
o Yenziwe ngealloyi ye-neodymium (Nd), i-iron (Fe), kunye ne-boron (B), kungoko igama elithi NdFeB.
2. Amandla ommandla wemagnethi:
• Iimagnethi eziqhelekileyo:
o Amandla ommandla weMagnetic aphantsi, imveliso yamandla omagnetic (BHmax) ngokuqhelekileyo i-1 ukuya kwi-4 MGOe (Megagauss Oersted).
o Ilungele ukusetyenziswa ngokubanzi apho amandla ombane aphakathi anele.
• Umazibuthe we-NdFeB:
o Eyaziwa njengolona hlobo lunamandla lwemagnethi esisigxina, imveliso yamandla omagnetic isuka kwi-30 ukuya kwi-52 MGOe.
o Ibonelela ngemagnethi eyomeleleyo kumthamo omncinci kunemagnethi eqhelekileyo.
3. Isicelo:
• Iimagnethi eziqhelekileyo:
o Idla ngokusetyenziswa kwizicelo apho ixabiso liyinkxalabo kwaye amandla emagnethi aphezulu angafunekiyo, anje ngemagnethi yesikhenkcisi, iibhodi zemagnethi zebhulethi, kunye neentlobo ezithile zoluvo.
• Umazibuthe we-NdFeB:
o Isetyenziswa kwizicelo apho amandla ombane aphezulu abaluleke kakhulu, njengeemotor zombane, ii-hard drives, oomatshini be-MRI, iiinjini zomoya kunye nezixhobo zomsindo ezisebenza kakhulu.
4. Ubuntununtunu bobushushu:
• Iimagnethi eziqhelekileyo:
o Ngokuqhelekileyo izinzile kumaqondo aphezulu, kunye namaqondo obushushu okusebenza aphezulu angaphezu kwama-250°C.
• Umazibuthe we-NdFeB:
o Ubushushu bobushushu obuthe kratya, uninzi lwamabanga asemgangathweni anokusebenza ngokufanelekileyo kumaqondo obushushu ukuya kutsho kuma-80°C ukuya kwi-150°C, kodwa amabakala athile obushushu aphezulu anokuya phezulu.
5. Ukuxhathisa umhlwa:
• Iimagnethi eziqhelekileyo:
o Iimagnethi zeFerrite zixhathisa ngakumbi ekudlekeni kwaye azifuni zityalo ezikhethekileyo.
• Umazibuthe we-NdFeB:
o Ichaphazeleka kwi-oxidation kunye ne-corrosion, ngoko ke iingubo ezikhuselayo ezifana ne-nickel, i-zinc okanye i-epoxy zihlala zifunwa ukunqanda umhlwa kunye nokonakala.
6. Iindleko:
• Iimagnethi eziqhelekileyo:
o Ngokuqhelekileyo kungabizi kakhulu ukuvelisa, nto leyo eyenza ukuba kungabizi kakhulu usetyenziso olungafuni amandla aphezulu.
• Umazibuthe we-NdFeB:
o Kubiza kakhulu ngenxa yeendleko zezinto ezinqabileyo zomhlaba kunye neenkqubo zokuvelisa eziyinkimbinkimbi, kodwa ukusebenza kwayo okuphezulu kuthethelela iindleko.
7. Imilinganiselo kunye nobunzima:
• Iimagnethi eziqhelekileyo:
o ithande ukuba nkulu kwaye inzima kunemagnethi ye-NdFeB kumandla afanayo wemagnethi.
• Umazibuthe we-NdFeB:
o Ngenxa yamandla ayo aphezulu emagnethi, yenza uyilo oluncinci kunye nolukhaphukhaphu, ngaloo ndlela ivumela ukwenziwa kwetekhnoloji encinci.
Lilonke, iimagnethi ze-NdFeB ziphezulu kakhulu ngokwamandla kazibuthe kwaye zibaluleke kakhulu kwizicelo ezisebenza kakhulu, ngelixa iimagnethi eziqhelekileyo zineendleko eziphezulu kwaye zanele ukusetyenziswa okulula kwemihla ngemihla.
Iimagnethi ze-Arc zisetyenziswa kwiimveliso ikakhulu kubuchule bazo bokuvelisa umhlaba olungeleyo wemagnethi kumacandelo agobileyo okanye isilinda, ezenza zilungele usetyenziso olunje ngeenjini zombane, iijenereyitha kunye nokudibanisa imagnethi. Imilo yabo iqinisekisa ukusetyenziswa ngokufanelekileyo kwendawo, iphucula ukusebenza ngokunyusa i-torque kunye nokuphuma kwamandla, kwaye iphucula ibhalansi kunye nokuzinza koomatshini abajikelezayo. Iimagnethi ze-Arc zikwabonelela ngamandla omhlaba wemagnethi ephezulu ngendlela ebambeneyo, ibenza babaluleke kwisixhobo esichanekileyo kunye noyilo olubambeneyo. Ukuguquguquka kwabo kunye nokwenza ngokwezifiso kuvumela iinkqubo ezisebenzayo kunye nezilungelelanisiweyo kwiinkqubo ezahlukeneyo.
Iprojekthi yakho yeSiko leNeodymium Magnets
I-Fullzen Magnetics ineminyaka engaphezu kwe-10 yamava kuyilo kunye nokwenziwa kweemagnethi zomhlaba ezinqabileyo. Sithumele isicelo sekowuti okanye uqhagamshelane nathi namhlanje ukuze sixoxe ngeemfuno ezizodwa zeprojekthi yakho, kwaye iqela lethu leenjineli ezinamava liya kukunceda ubone eyona ndlela isebenzayo yokukubonelela ngale nto uyidingayo.Sithumelele iinkcukacha zakho ezichaza isicelo sakho semagnethi.
