iTshayina uMboneleli othembekileyo waseTshayina Sintered NdFeB Imagnethi eyomeleleyo, iNeodymium Ring Magnet, N35, N38h, N40h, N52, N50m, N33sh, N42sh, N42uh, N48uh umzi-mveliso kunye nabavelisi

Umnikezeli othembekileyo waseTshayina Sintered NdFeB Imagnethi eyomeleleyo, iNeodymium Ring Magnet, N35, N38h, N40h, N52, N50m, N33sh, N42sh, N42uh, N48uh

Inkcazelo emfutshane:

Imagnethi ye-Neodymium (NdFeB) - umazibuthe onqabileyo womhlaba osisigxina owenziwe nge-neodymium, intsimbi kunye ne-boron, i-China yaqala imigodi yasekhaya kwezi 1980s. Iimagnethi ze-NeFeB ziyaxinzelelwa kwaye zifakwe kwi-atmosfera ekhuselayo. Ukuba iinkqubo azilawulwa kakuhle, kuya kukhokelela kwisiphene somgangatho ngenxa yokuhlwa. Nge-SURTIME, asizibandakanyi ezi ngxaki kwasekuqaleni ngokuphatha ulawulo lomgangatho kwaye sicinga ukuba siyinxalenye eyimfuneko, kungekuphela nje kwimveliso yokugqibela kodwa nangexesha leenkqubo ezibalulekileyo kwisiza.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Ngetekhnoloji yethu ekhokelayo ngaxeshanye nomoya wethu wokuvelisa izinto ezintsha, intsebenziswano efanayo, iinzuzo kunye nokukhula, siza kwakha ikamva eliqaqambileyo kunye nefemu yakho ebekekileyo yoMboneleli othembekileyo waseTshayina Sintered NdFeB Imagnethi eqinile, iNeodymium Ring Magnet, N35, I-N38h, i-N40h, i-N52, i-N50m, i-N33sh, i-N42sh, i-N42uh, i-N48uh, Njengoko siqhubela phambili, sibeka iliso kuluhlu lwethu lwemveliso oluhlala lukhula kwaye siphucula iinkonzo zethu.
Ngobuchwephesha bethu obukhokelayo ngaxeshanye nomoya wethu wokuvelisa izinto ezintsha, intsebenziswano efanayo, iinzuzo kunye nokukhula, siza kwakha ikamva eliqaqambileyo kunye nefemu yakho ebekekileyo.Imagnethi yaseTshayina,Neodymium Magnet , Inkampani yethu ihlala igxile ekuphuhliseni imarike yehlabathi. Ngoku sinabathengi abaninzi eRashiya, kumazwe aseYurophu, e-USA, kumazwe akuMbindi Mpuma nakumazwe aseAfrika. Sihlala silandela ukuba umgangatho usisiseko ngelixa inkonzo iqinisekisa ukuhlangabezana nabo bonke abathengi.
Intshayelelo:
Imagnethi ye-Neodymium (NdFeB) - umazibuthe onqabileyo womhlaba osisigxina owenziwe nge-neodymium, intsimbi kunye ne-boron, i-China yaqala imigodi yasekhaya kwezi 1980s. Iimagnethi ze-NeFeB ziyaxinzelelwa kwaye zifakwe kwi-atmosfera ekhuselayo. Ukuba iinkqubo azilawulwa kakuhle, kuya kukhokelela kwisiphene somgangatho ngenxa yokuhlwa. Nge-SURTIME, asizibandakanyi ezi ngxaki kwasekuqaleni ngokuphatha ulawulo lomgangatho kwaye sicinga ukuba siyinxalenye eyimfuneko, kungekuphela nje kwimveliso yokugqibela kodwa nangexesha leenkqubo ezibalulekileyo kwisiza.
I-advanteji:
Iipropati zezi magnethi zingaphezulu lee kunezo zemveli kwaye ngoku zezona zinamandla ekusebenziseni. Ukunyanzeliswa kwabo okuphezulu kunye ne-remanence ephezulu ivumela ukuyila okutsha kunye nokwenzeka kokwandisa indawo yamagnetic yesicelo apho indawo iyancipha okanye apho kufuneka khona intsimi yamagnetic. Iimagnethi ze-NdFeB zichaphazeleka kakhulu kukumhlwa. Ke ngoko kufuna i-coating surface ekhuselayo. Ukusetyenziswa kwemagnethi ye-NdFeB ilawulwa bubushushu kuluhlu olubanzi oluhamba ukusuka kwi-80ºC ukuya kuma-230ºC. Kwaye isebenza kwiqondo lobushushu elingaphantsi kwe-0℃.
Isicelo:
Imagnethi ye-Neodymium isetyenziswa njengeentlobo ezahlukeneyo zeelensi zemagneti zokujolisa, ukujikwa kwamasuntswana ahlawuliweyo kwi-electronics, i-brake systems, idrip, inzwa, inkqubo yamagnetic kwi-rotor kunye ne-micro motors, kunye nentsimi yesayensi, iyeza (i-tomography, i-spectrometers ye-NMR), njl.
Namhlanje, iimagnethi zeNdFeB zisetyenziswa ngobuninzi kwihlabathi liphela. Ukuphuhliswa kwesi sixhobo akukagqibi; I-remanence kunye ne-coercive field field zinyuka ngokuqhubekayo. Amandla aphezulu emagnethi e-NdFeB athetha ukuba iimotor kunye ne-sensor zinokwakhiwa zincinci kancinci- kwaye oku kuthetha ukonyuka kokusebenza ngokufanelekileyo. Uphuculo oluqhubekayo lwenza ukuba le mathiriyeli inomdla ikwazi ukwaziswa rhoqo kwiindawo ezintsha. Onke amaxabiso achaziweyo agqitywe kusetyenziswa iisampuli eziqhelekileyo ngokwe-IEC 60404-5. Ezi nkcukacha zilandelayo zisebenza njengamaxabiso ereferensi kwaye zinokwahluka. Ngolwazi oluthe vetshe nceda uqhagamshelane neenjineli zethu zesicelo.

Sintered NdFeB Magnet Properties Physical Properties
IBanga	Remanence	Umfundisi Temp.- Coeff. KaBr	Ukunyanzeliswa kwamandla	Amandla okunyanzeliswa angaphakathi	Umfundisi Temp.- Coeff. ye Hcj	Max. Imveliso yaMandla	Max. Ubushushu bokusebenza	Ukuxinana
IBanga	Br (KGs)	Umfundisi Temp.- Coeff. KaBr	Hcb (WEna)	Hcj (WEna)	Umfundisi Temp.- Coeff. ye Hcj	(BH) ubuninzi. (MGOe)	Max. Ubushushu bokusebenza	g/cm³
N35	11.7-12.2	-0.11~-0.12	≥10.9	≥12	-0,58~-0,78	33-36	80℃	7.6
N38	12.2-12.5	-0.11~-0.12	≥11.3	≥12	-0,58~-0,78	36-39	80℃	7.6
N40	12.5-12.8	-0.11~-0.12	≥11.5	≥12	-0,58~-0,78	38-41	80℃	7.6
N42	12.8-13.2	-0.11~-0.12	≥11.5	≥12	-0,58~-0,78	40-43	80℃	7.6
N45	13.2-13.8	-0.11~-0.12	≥11.6	≥12	-0,58~-0,78	43-46	80℃	7.6
N48	13.8-14.2	-0.11~-0.12	≥11.6	≥12	-0,58~-0,78	46-49	80℃	7.6
N50	14.0-14.5	-0.11~-0.12	≥10.0	≥12	-0,58~-0,78	48-51	80℃	7.6
N52	14.3-14.8	-0.11~-0.12	≥10.0	≥12	-0,58~-0,78	50-53	80℃	7.6
N33M	11.3-11.7	-0.11~-0.12	≥10.5	≥14	-0,58~-0,72	31-33	100℃	7.6
N35M	11.7-12.2	-0.11~-0.12	≥10.9	≥14	-0,58~-0,72	33-36	100℃	7.6
N38M	12.2-12.5	-0.11~-0.12	≥11.3	≥14	-0,58~-0,72	36-39	100℃	7.6
N40M	12.5-12.8	-0.11~-0.12	≥11.6	≥14	-0,58~-0,72	38-41	100℃	7.6
N42M	12.8-13.2	-0.11~-0.12	≥12.0	≥14	-0,58~-0,72	40-43	100℃	7.6
N45M	13.2-13.8	-0.11~-0.12	≥12.5	≥14	-0,58~-0,72	43-46	100℃	7.6
N48M	13.6-14.3	-0.11~-0.12	≥12.9	≥14	-0,58~-0,72	46-49	100℃	7.6
N50M	14.0-14.5	-0.11~-0.12	≥13.0	≥14	-0,58~-0,72	48-51	100℃	7.6
N35H	11.7-12.2	-0.11~-0.12	≥10.9	≥17	-0,58~-0,70	33-36	120℃	7.6
N38H	12.2-12.5	-0.11~-0.12	≥11.3	≥17	-0,58~-0,70	36-39	120℃	7.6
N40H	12.5-12.8	-0.11~-0.12	≥11.6	≥17	-0,58~-0,70	38-41	120℃	7.6
N42H	12.8-13.2	-0.11~-0.12	≥12.0	≥17	-0,58~-0,70	40-43	120℃	7.6
N45H	13.2-13.6	-0.11~-0.12	≥12.1	≥17	-0,58~-0,70	43-46	120℃	7.6
N48H	13.7-14.3	-0.11~-0.12	≥12.5	≥17	-0,58~-0,70	46-49	120℃	7.6
N35SH	11.7-12.2	-0.11~-0.12	≥11.0	≥20	-0,56~-0,70	33-36	150℃	7.6
N38SH	12.2-12.5	-0.11~-0.12	≥11.4	≥20	-0,56~-0,70	36-39	150℃	7.6
N40SH	12.5-12.8	-0.11~-0.12	≥11.8	≥20	-0,56~-0,70	38-41	150℃	7.6
N42SH	12.8-13.2	-0.11~-0.12	≥12.4	≥20	-0,56~-0,70	40-43	150℃	7.6
N45SH	13.2-13.8	-0.11~-0.12	≥12.6	≥20	-0,56~-0,70	43-46	150℃	7.6
N28UH	10.2-10.8	-0.11~-0.12	≥9.6	≥25	-0,52~-0,70	26-29	180℃	7.6
N30UH	10.8-11.3	-0.11~-0.12	≥10.2	≥25	-0,52~-0,70	28-31	180℃	7.6
N33UH	11.3-11.7	-0.11~-0.12	≥10.7	≥25	-0,52~-0,70	31-34	180℃	7.6
N35UH	11.8-12.2	-0.11~-0.12	≥10.8	≥25	-0,52~-0,70	33-36	180℃	7.6
N38UH	12.2-12.5	-0.11~-0.12	≥11.0	≥25	-0,52~-0,70	36-39	180℃	7.6
N40UH	12.5-12.8	-0.11~-0.12	≥11.3	≥25	-0,52~-0,70	38-41	180℃	7.6
N28EH	10.4-10.9	-0.105~-0.120	≥9.8	≥30	-0,48~-0,70	26-29	200℃	7.6
N30EH	10.8-11.3	-0.105~-0.120	≥10.2	≥30	-0,48~-0,70	28-31	200℃	7.6
N33EH	11.3-11.7	-0.105~-0.120	≥10.5	≥30	-0,48~-0,70	31-34	200℃	7.6
N35EH	11.7-12.2	-0.105~-0.120	≥11.0	≥30	-0,48~-0,70	33-36	200℃	7.6
N38EH	12.2-12.5	-0.105~-0.120	≥11.3	≥30	-0,48~-0,70	36-39	200℃	7.6
N28AH	10.4-10.9	-0.105~-0.120	≥9.9	≥33	-0,45~-0,70	26-29	230℃	7.6
N30AH	10.8-11.3	-0.105~-0.120	≥10.3	≥33	-0,45~-0,70	28-31	230℃	7.6
N33AH	11.3-11.7	-0.105~-0.120	≥10.6	≥33	-0,45~-0,70	31-34	230℃	7.6
Phawula: · Phantsi kobushushu bokusebenza obuyi-20℃±2℃, ngaphezulu kweeparamitha zemagnethi kunye neempawu ezibonakalayo ziyavavanywa, ngelahleko engenakuphepheka yamandla kazibuthe engekho ngaphezulu kwe-5%. · Ubushushu obuphezulu bokusebenza kwemagnethi buyatshintsha ngenxa yomlinganiselo wobude kunye nedayamitha kunye nezinto ezisingqongileyo.