Corrosio-repugnans Hetero Magnetic NdFeB Magnet pro Instrumentis Medicis

Magnes corrosio resistens Hetero magneticus NdFeB est magnes neodymium valde peculiaris cum proprietatibus singularibus. Magnetes dissimiles conventionales, constat ex diversis regionibus vel materiis magneticis, quae permittit distributionem campi magnetici magis implicatam. Hoc facit specimen applicationum ad vim et directionem magneticam nativus requirunt.

Hi magnetes ad altam observantiam et vetustatem designantur. Materia NdFeB validam vim magneticam praebet, dum corrosio-repugnans coatingit ut Ni-Cu-Ni, Zn, et epoxy longam vitam ac fidem etiam in ambitus provocando obtinet. Magnetes fieri possunt in varias figuras, discos, stipites, annulos et arcus, flexibilitatem in amplis applicationibus industriae praebentes.

Cum tolerantiae ±1%, hae magnetes valde praecise sunt, ut congruenter perficiantur in ambitibus exigendis. Praesto sunt in gradibus ab N35 ad N52 vndique, offerentes varias optiones vi magneticae gradus. Sive in motoribus, generantibus, vel aliis machinationibus industrialibus adhibitis, hi magnetes severissimis requisitis conveniant.

Corrosio Repugnans Hetero magneticae NdFeB magnetes sunt solutiones mos-instructae quae altam observantiam, constantiam et versatilem componit, easque elementum essentiale in multis applicationibus industrialibus componens.

Parameter Table

Parameter	Value
tolerantia	±1%
Gradus	NdFeB Magnet
Locus Origin	Jiangxi, China
Delivery Time	15-21 diebus
Nomen notam	Yueci
Exemplar Number	N35-N52 Magnet
Type	perpetuus
Composita	Neodymium Magnet
Figura	Disc, Block, Ring, Arc, Customised
Applicationem	Industrialis, Generator, Motor
Processing Service	Curvatio, Welding, Secans, Punching, Cursus
Certification	ISO9001:2008, ISO/TS16949:2009, RoHS
Fundavit	Cum 2012
Materia	N52 Permanens Magnet
Gradus	Nativus, A N35 ad N52
Coating	Ni-Cu-Ni, Zn, Epoxy, Au, Ni-Cu-Ni+Cr
Magna vis magna	nativus
Magnetization Directio	Nativus, Axialis, Diameter, etc.

Features Corrosionis-Resistentes Hetero Magnetic NdFeB Magnet

Diversae proprietates magneticae: Consilium anisotropicum diversas materias magneticas coniungit ut varias notas campi magnetici pro variis applicationibus praebeat.

Effectus campi magnetici Distributio: Consequi multiplicem campum magneticum distributio, meliore flexibilitate et effectu quam magnetes uniformes.

Fortis et durabilis: Materiae altae qualitas est ut diuturnam firmitatem et stabilem in variis ambitibus perficiat.

Lata application Range: Apta pro instrumento industriae, instrumento medicorum, levitatione magnetica, separatione magnetica, etc. ad certas necessitates magneticae occurrere.

commoda Corrosionis Resistentis Hetero magnetici NdFeB Magnets

Consuetudo Design:

Discriminatim ad usorum specificationem pro amplis applicationibus industrialibus.

Magnum Magnet:

N52 gradus firmam vim magneticam efficit et constantiam perficiendi.

Dura constructio:

Neodymium Ferrum Boron (NdFeB), est corrosio et indumentum resistens diuturno usui.

ISO 9001:2000 Certified Quality:

Producta qualitatis internationalis conveniunt signa, ut fides et salus.

Application Scenarios  Corrosionis Resistentis Hetero magnetici NdFeB Magnets

Applications industriae:

Adhibetur in magnetica separatione et suspensione systemata ad efficientiam et subtilitatem processuum industrialium emendandam. 

Medical Equipment:

Diligens campus magneticus imperium in instrumentis praebet ut machinis MRI ad accuratam imaginationem.

R&D:

Sustinet progressionem scientificam investigationem et technologiam ad explorandas novas materias magneticas earumque applicationes.

FAQs of Corrosio-Resistentes Hetero Magnetic NdFeB Magnetis

1. Quae sunt praecipua lineamenta Corrosionis Repugnans Heteromagnetica NdFeB Magnets?

Diversificatio proprietatum magneticarum per diversas materias magneticae.

Multum efficiens distributio campi magnetici ad maiorem applicationem flexibilitatem.

Alta durabilitas et stabilitas sub diversis condicionibus environmental.

Amplis applicationibus, etiam industrialibus et medicinae usibus.

2. Quomodo hic magnes ab ordinario magnetum NdFeB differt?

Dissimilis conventionales uniformes magnetes NdFeB, magnetes heteromagnetici diversas materias magnetes iungunt. Hoc consequitur in variis proprietatibus campi magnetici et melioris effectus in applicationibus complexis.

3. Quid industrius prodesse potest his magnetibus utendi?

Magnetes hi late in processibus industrialibus adhibentur sicut separationem magneticam, levitationem magneticam, machinas medicas et investigationem scientificam et progressionem.

4. Possuntne isti magnetes nativus esse?

Imo, magnetes isti nativus in figura, magnitudine et vi magnetica esse possunt, eosque aptas ad applicationes industriales et scientificas specificas efficiunt.

5. Potestne Corrosio Repugnans Heteromagnetica NdFeB Magnetarum in machinis medicinae adhiberi?

Etiam, est specimen usui in machinis medicorum quae accuratis campis magneticis requirunt, ut machinis MRI.

Gradus	Br				Hc		Hcb		BH (max)
	mT		kGs		kOe	KA/m	kOe	KA/m	MGOe		kJ/m³
	min	max	min	max	min	min	min	min	min	max	min	max
N25	980	1020	9.8	10.2	8	637			22	27	175	215
N28	1030	1070	10.3	10.7	8.5	677			25	30	199	239
N30	1060	1100	10.6	11	9.5	756			27	32	215	255
N33	1120	1140	11.2	11.4	10.5	836			30	35	239	279
N34	1140	1170	11.4	11.7	11	876			31	36	247	287
N35	1180	1220	11.8	12.2	12	955	10.9	868	33	37	263	295
N38	1230	1250	12.3	12.5	12	955	11.3	899	36	40	287	318
N40	1260	1280	12.6	12.8	12	955	11.6	923	38	42	302	334
N42	1290	1320	12.9	13.2	12	955	11.6	923	40	44	318	350
N45	1330	1380	13.3	13.8	12	955	11.0	876	43	47	342	374
N48	1370	1420	13.7	14.2	12	955	11.2	892	45	50	358	398
N50	1390	1440	13.9	14.4	12	955	11.0	876	47	52	374	414
N52	1420	1470	14.2	14.7	12	955	11.0	876	49	54	390	4.30
N54	1450	1490	14.5	14.9	11	876	9.0	716	51	56	406	446
N55	1460	1520	14.6	15.2	11	876	9.0	716	52	57	414	454
N56	1470	1530	14.7	15.3	11	876	9.0	716	53	58	422	462
N58	1490	1550	14.9	15.5	11	876	9.0	716	55	60	438	478
35M	1180	1220	11.8	12.2	14	1114	10.9	868	33	37	263	295
38M	1230	1250	12.3	12.5	14	1114	11.3	899	36	40	287	318
40M	1260	1280	12.6	12.8	14	1114	11.6	923	38	42	302	334
42M	1290	1320	12.9	13.2	14	1114	12.0	955	40	44	318	350
45M	1330	1380	13.3	13.8	14	1114	12.5	995	43	47	342	374
48M	1370	1420	13.7	14.2	14	1114	12.8	1019	45	50	358	398
50M	1390	1440	13.9	14.4	14	1114	13.0	1035	47	52	374	414
52M	1420	1470	14.2	14.7	13	1035	12.5	995	49	54	390	430
55M	1460	1520	14.6	15.2	13	1035	12.8	1019	52	57	414	454
30H	1080	1140	10.8	11.4	17	1353	10.3	820	27	32	215	255
33H	1140	1180	11.4	11.8	17	1353	10.6	844	31	35	247	279
35H	1180	1220	11.8	12.2	17	1353	10.9	868	33	37	263	295
38H	1230	1250	12.3	12.5	17	1353	11.3	899	36	40	287	318
Gradus	Br				Hci		Hcb		BH ( max
	mT		kGs		kOe	KA/m	kOe	KA/m	MGOe		kJ/m^3
	min	max	min	max	min	min	min	min	min	max	min	max
40H	1260	1280	12.6	12.8	17	1353	11.6	923	38	42	302	334
42H	1290	1320	12.9	13.2	17	1353	12.0	955	40	44	318	350
45H	1330	1380	13.3	13.8	17	1353	12.2	971	43	47	342	374
48H	1370	1420	13.7	14.2	17	1353	12.9	1027	45	50	358	398
50H	1390	1440	13.9	14.4	17	1353	13.0	1035	47	52	374	414
52H	1420	1470	14.2	14.7	17	1353	13.2	1051	49	54	390	430
54H	1440	1500	14.4	15	16	1274	13.5	1075	51	56	406	446
55H	1460	1520	14.6	15.2	16	1274	13.5	1075	52	57	414	454
30SH	1080	1140	10.8	11.4	20	1592	10.3	820	27	32	215	255
33SH	1140	1170	11.4	11.7	20	1592	10.6	844	31	35	247	279
35SH	1180	1220	11.8	12.2	20	1592	11.0	876	33	37	263	295
38SH	1230	1250	12.3	12.5	20	1592	11.4	907	36	40	287	318
40SH	1260	1280	12.6	12.8	20	1592	11.8	939	38	42	302	334
42SH	1290	1320	12.9	13.2	20	1592	12.2	971	40	44	318	350
45SH	1330	1380	13.3	13.8	20	1592	12.3	979	43	47	342	374
48SH	1370	1420	13.7	14.2	20	1592	12.5	995	45	50	358	398
50SH	1390	1440	13.9	14.4	19	1512	13.0	1035	47	52	374	414
52SH	1420	1470	14.2	14.7	19	1512	13.2	1051	49	54	390	430
54SH	1450	1500	14.5	15	19	1512	13.5	1075	51	56	406	446
30UH	1080	1130	10.8	11.3	25	1990	10.2	812	28	32	223	255
33UH	1140	1170	11.4	11.7	25	1990	10.7	852	31	35	247	279
35UH	1180	1220	11.8	12.2	25	1990	10.8	860	33	37	263	295
38UH	1230	1250	12.3	12.5	25	1990	11.0	876	36	40	287	318
40UH	1260	1280	12.6	12.8	25	1990	11.5	915	38	42	302	334
42UH	1290	1330	12.9	13.3	25	1990	12.2	971	40	44	318	350
45UH	1330	1380	13.3	13.8	25	1990	12.6	1003	43	47	342	374
48UH	1370	1420	13.7	14.2	24	1910	12.5	995	45	50	358	398
50UH	1390	1440	13.9	14.4	24	1910	13.0	1035	47	52	374	414
52UH	1420	1470	14.2	14.7	24	1910	13.2	1051	49	54	390	430
30EH	1080	1130	10.8	11.3	30	2388	10.2	812	28	32	223	255
33EH	1140	1170	11.4	11.7	30	2388	10.3	820	31	35	247	279
35EH	1180	1220	11.8	12.2	30	2388	10.5	836	33	37	263	295
38EH	1220	1250	12.2	12.5	30	2388	11.5	915	35	40	279	318
40EH	1250	1280	12.5	12.8	30	2388	11.9	947	37	42	295	334
42EH	1280	1320	12.8	13.2	29	2308	12.2	971	39	44	310	350
45EH	1320	1380	13.2	13.8	29	2308	12.6	1003	42	47	334	374
48EH	1370	1420	13.7	14.2	29	2308	12.5	995	45	50	358	398
50EH	1390	1440	13.9	14.4	29	2308	13.0	1035	47	52	374	414
Gradus	Br				Hcj		Hcb		BH max​​
	mT		kGs		kOe	KA/m	kOe	KA/m	MGOe		kJ/m^3
	mim	max	mm	TR	min	min	min	mim	mml	m2x	min	max
28AH	1020	1090	10.2	10.9	34	2760	9.8	780	25	30	199	239
30AH	1070	1130	10.7	11.3	34	2760	10.2	812	27	32	215	255
33AH	1110	1170	11.1	11.7	34	2706	10.5	836	30	35	239	279
35AH	1170	1220	11.7	12.2	34	2706	10.5	836	32	37	255	295
38AH	1220	1250	12.2	12.5	34	2706	11.5	915	35	40	279	318
40AH	1250	1280	12.5	12.8	34	2706	11.9	947	37	42	295	334
42AH	1280	1320	12.8	13.2	34	2706	12.2	971	39	44	310	350