NdFeB - Daten
Material	Remanenz		Koerzitivfelstärke				Energiedichte		Temp. Koeffizient		Curie	Arbeits-	Dichte
Material	Residual Induction Br		Coercive Force				Energy Density (BH)max.		Temp. Coefficient		Curie	Working-	Density
			HcB		HcJ				Br	HcJ		Temp.
	kG	Tesla	kOe	kA	kOe	kA/m	M G Oe	kJ /m³	% / °C	% / °C	°C	°C	g / cm³
N35	11.7 - 12.1	1.17 - 1.21	11.0 - 11.3	876 - 899	³ 12	>  955	33 - 35	263 - 279	-0.12	-0.6	320	80	7.4 - 7.5
N38	12.2 - 12.6	1.22 - 1.26	11.0 - 11.6	876 - 923			36 - 38	287 - 303
N40	12.6 - 12.9	1.26 - 1.29	11.0 - 11.6	876 - 923			38 - 40	303 - 318
N42	13.0 - 13.3	1.30 - 1.33	11.0 - 11.6	876 - 926			40 - 42	318 - 334
N45	13.3-13.7	1.33 - 1.37	11.0 - 11.6	876 - 926			43 - 45	242 - 358
N48	13.6 - 14.2	1.36 - 1.42	11.0 - 11.6	876 - 926			45 - 48	358 - 382
N50	14.1 - 14.5	1.41 - 1.45	11.0 - 11.4	828 - 907			48 - 50	382 - 398
N52	14.4- 14.8	1.44 - 1.48	11.4 - 11.5	828 - 907			49 - 52	394 - 414
N35M	11.7 - 12.1	1.17 - 1.21	11.2 - 11.5	892 - 915	³  14	> 1114	33 - 35	263 - 279	-0.12	-0.6	320	100	7.4 - 7.5
N38M	12.2 - 12.6	1.22 - 1.26	11.4 - 11.7	907 - 931			36 - 38	287 - 303
N40M	12.6 - 12.9	1.26 - 1.29	11.4 - 11.9	907 - 947			38 - 40	303 - 318
N42M	13.0 - 13.3	1.30 - 1.33	11.4 - 11.9	907 - 947			40 - 42	318 - 334
N45M	13.3 - 13.7	1.33 - 1.37	11.4 - 12.0	907 - 955			42 - 45	334 - 358
N48M	13.6 - 14.2	1.36 - 1.42	11.4 - 12.0	907 - 955			45 - 48	358 - 382
N50M	14.1 - 14.5	1.41 - 1.45	11.4 - 12.2	907 - 971			48 - 50	382 - 398
N33H	11.4 - 11.7	1.14 - 1.17	10.3 - 11.0	820 -876	³  17	> 1353	31 - 33	247 - 263	-0.11	-0.58	320-360	120	7.5 - 7.6
N35H	11.7 - 12.1	1.17 - 1.21	11.0 - 11.4	860 - 907			33 - 35	263 - 279
N38H	12.2 - 12.6	1.22 - 1.26	11.4 - 11.9	907 - 947			36 - 38	287 - 303
N40H	12.6 - 12.9	1.26 - 1.29	11.4 - 11.9	907 - 947			38 - 40	303 - 318
N42H	13.0 - 13.3	1.30 - 1.33	11.4 - 11.9	907 - 947			40 - 42	318 - 334
N45H	13.3 - 13.7	1.33 - 1.37	11.4 - 11.9	907 - 947			43 - 45	342 - 358
N48H	13.6 - 14.2	1.36 - 1.42	11.4 - 12.2	907 - 971			45 - 48	358 - 382
N30SH	10.8 - 11.2	1.08 - 1.12	10.1 - 10 .6	804 - 844	³  20	> 1592	28 - 30	223 - 239	-0.11	-0.55	340 - 360	150	7.5 - 7.6
N33SH	11.4 - 11.7	1.14 - 1.17	10.3 - 11.0	820 - 876			31 - 33	247 - 263
N35SH	11.7 - 12.1	1.17 - 1.21	10.8 - 11.4	860 - 907			33 - 35	263 - 279
N38SH	12.2 - 12.6	1.22 - 1.26	11.4 - 11.9	907 - 947			36 - 38	287 - 303
N40SH	12.6 - 12.9	1.26 - 1.29	11.4 - 11.9	907 - 947			38 - 40	303 - 318
N42SH	13.0 - 13.3	1.30 - 1.33	11.4 - 11.9	907 - 947			40 - 42	318 - 334
N45SH	13.3 - 13.7	1.33 - 1.37	11.4 - 11.9	907 - 947			43 - 45	342 - 358
N28UH	10.4 - 10.8	1.04 - 1.08	9.8 - 10.2	780 - 812	³  25	> 1990	26 - 28	199 - 223	-0.11	-0.51	360	180	07. Jun
N30UH	10.8 - 11.2	1.08 - 1.12	10.1 - 10.6	804 - 844			28 - 30	223 - 247
N33UH	11.4 - 11.7	1.14 - 1.17	10.3 - 11.0	820 - 876			31 - 33	223 - 247
N35UH	11.7 - 12.1	1.17 - 1.21	10.8 - 11.4	860 - 907			33 - 35	223 - 247
N38UH	12.2 - 12.6	1.22 - 1.26	11.4 - 11.9	907 - 947			36 - 38	223 - 247
N40UH	12.6 - 12.9	1.26 - 1.29	11.4 - 11.9	907 - 947			38 - 40	223 - 247
N28EH	10.4 - 10.8	1.04 - 1.08	9.8 - 10.2	780- 812	³  30	> 2388	26 - 28	207 - 223	-0.11	-0.51	360	200	07. Jun
N30EH	10.8 - 11.2	1.08 - 1.12	10.1 - 10.6	804 - 844			28 - 30	223 - 239
N33EH	11.4 - 11.7	1.14 - 1.17	10.3 - 11.0	820 - 876			31 - 33	247 - 263
N35EH	11.7 - 12.1	1.17 - 1.21	10.8 - 11.4	860 - 907			33 - 35	263 - 279
N38EH	12.2 - 12.6	1.22 - 1.26	10.8 - 11.4	860 - 907			36 - 38	287 - 303
N30AH	10.8 - 11.2	1.08 - 1.12	10.1 - 10.6	804 - 844	³  25	> 1990	28 - 30	223 - 239	-0.11	-0.51	360	240	07. Jun
Die angegebenen Werte sind Soll-Werte und können bei Lieferung von den Ist-Werten abweichen