Magnets Properties_ANTAI MAGNET

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High-Strength N48H Grade Neodymium Magnet with Black Epoxy Resin Coating
This N48H grade neodymium magnet features a black epoxy resin coating, providing durability and corrosion resistance. With dimensions of 60x15x4mm and a magnetic field oriented in the thickness direction, it’s ideal for securing window screens. The two M4 countersunk holes allow convenient installation on doors, windows, or any desired location. The magnet’s surface field strength reaches 2178 Gauss, ensuring a robust hold with an attractive force of 22.9 lbs (10.4 kg) on metal surfaces.Block/Rectangular/Cuboid shape neodymium NdFeB magnetNormal Ambient Temperature,
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Magnets Properties 2023-11-18

Sinteredd Neodymium Magnet:

Normal temperature: (Lower than 80 deg)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
N	N35	1170-1210	≥ 868	≥ 955	263-287	7.4-7.6	-0.12	310	≤ 80
	N35	(11.7-12.1)	(≥ 10.9)	(≥ 12)	(33-36)	7.4-7.6	-0.12	310	≤ 80
	N38	1210-1250	≥ 899	≥ 955	287-310	7.4-7.6	-0.12	310	≤ 80
	N38	(12.1-12.5)	(≥ 11.3)	(≥ 12)	(36-37)	7.4-7.6	-0.12	310	≤ 80
	N40	1250-1280	≥ 923	≥ 955	302-326	7.4-7.6	-0.12	310	≤ 80
	N40	(12.5-12.8)	(≥ 11.6)	(≥ 12)	(38-41)	7.4-7.6	-0.12	310	≤ 80
	N42	1280-1320	≥ 923	≥ 955	318-342	7.4-7.6	-0.12	310	≤ 80
	N42	(12.8-13.2)	(≥ 11.6)	(≥ 12)	(40-43)	7.4-7.6	-0.12	310	≤ 80
	N45	1320-1380	≥ 876	≥ 955	342-366	7.4-7.6	-0.12	310	≤ 80
	N45	(13.2-13.8)	(≥ 11.0)	(≥ 12)	(43-46)	7.4-7.6	-0.12	310	≤ 80
	N48	1370-1420	≥ 836	≥ 876	366-390	7.4-7.6	-0.12	310	≤ 80
	N48	(13.7-14.2)	(≥ 10.5)	(≥ 13)	(46-49)	7.4-7.6	-0.12	310	≤ 80
	N50	1400-1450	≥ 836	≥ 876	382-406	7.4-7.6	-0.12	310	≤ 80
	N50	(14-14.5)	(≥ 10.5)	(≥ 13)	(47-51)	7.4-7.6	-0.12	310	≤ 80
	N52	1440-1490	≥ 836	≥ 876	398-422	7.4-7.6	-0.12	310	≤ 80
	N52	(14.4-14.9)	(≥ 10.5)	(≥ 13)	(49-53)	7.4-7.6	-0.12	310	≤ 80

Midium temperature: (Lower than 100 deg, M means Midium)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
M	N35M	1170-1210	≥ 868	≥ 1114	263-287	7.4-7.6	-0.12	320	≤ 100
	N35M	(11.7-12.1)	(≥ 10.9)	(≥ 14)	(33-36)	7.4-7.6	-0.12	320	≤ 100
	N38M	1210-1250	≥ 899	≥ 1114	287-310	7.4-7.6	-0.12	320	≤ 100
	N38M	(12.1-12.5)	(≥ 11.3)	(≥ 14)	(36-39)	7.4-7.6	-0.12	320	≤ 100
	N40M	1250-1280	≥ 923	≥ 1114	302-326	7.4-7.6	-0.12	320	≤ 100
	N40M	(12.5-12.8)	(≥ 11.6)	(≥ 14)	(38-42)	7.4-7.6	-0.12	320	≤ 100
	N42M	1280-1320	≥ 955	≥ 1114	318-342	7.4-7.6	-0.12	320	≤ 100
	N42M	(12.8-13.2)	(≥ 12)	(≥ 14)	(40-44)	7.4-7.6	-0.12	320	≤ 100
	N45M	1320-1380	≥ 944	≥ 1114	334-366	7.4-7.6	-0.12	320	≤ 100
	N45M	(13.2-13.8)	(≥ 12.5)	(≥ 14)	(42-46)	7.4-7.6	-0.12	320	≤ 100
	N48M	1370-1420	≥ 1018	≥ 1114	358-390	7.4-7.6	-0.12	320	≤ 100
	N48M	(13.7-14.2)	(≥ 12.9)	(≥ 14)	(46-49)	7.4-7.6	-0.12	320	≤ 100
	N52M	1400-1450	≥ 1042	≥ 1114	374-406	7.4-7.6	-0.12	320	≤ 100
	N52M	(14-14.5)	(≥ 13.1)	(≥ 14)	(47-51)	7.4-7.6	-0.12	320	≤ 100

High temperature: (Lower than 120 deg,H means High)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
H	N30H	1080-1130	≥ 810	≥ 1353	263-287	7.4-7.6	-0.1	340	≤ 120
	N30H	(10.8-11.3)	(≥ 10.2)	(≥ 17)	(33-36)	7.4-7.6	-0.1	340	≤ 120
	N33H	1130-1170	≥ 838	≥ 1353	263-287	7.4-7.6	-0.1	340	≤ 120
	N33H	(11.3-11.7)	(≥ 10.5)	(≥ 17)	(33-36)	7.4-7.6	-0.1	340	≤ 120
	N35H	1170-1210	≥ 868	≥ 1353	263-287	7.4-7.6	-0.1	340	≤ 120
	N35H	(11.7-12.1)	(≥ 10.9)	(≥ 17)	(33-36)	7.4-7.6	-0.1	340	≤ 120
	N38H	1210-1250	≥ 899	≥ 1353	287-310	7.4-7.6	-0.1	340	≤ 120
	N38H	(12.1-12.5)	(≥ 11.3)	(≥ 17)	(36-39)	7.4-7.6	-0.1	340	≤ 120
	N40H	1250-1280	≥ 923	≥ 1353	302-326	7.4-7.6	-0.1	340	≤ 120
	N40H	(12.5-12.8)	(≥ 11.6)	(≥ 17)	(38-42)	7.4-7.6	-0.1	340	≤ 120
	N42H	1280-1320	≥ 955	≥ 1353	318-342	7.4-7.6	-0.1	340	≤ 120
	N42H	(12.8-13.2)	(≥ 12)	(≥ 17)	(40-44)	7.4-7.6	-0.1	340	≤ 120
	N44H	1300-1370	≥ 963	≥ 1274	326-358	7.4-7.6	-0.1	340	≤ 120
	N44H	(13.0-13.7)	(≥ 12.1)	(≥ 17)	(41-45)	7.4-7.6	-0.1	340	≤ 120
	N46H	1320-1380	≥ 980	≥ 1274	334-366	7.4-7.6	-0.1	340	≤ 120
	N46H	(13.2-13.8)	(≥ 12.3)	(≥ 17)	(42-46)	7.4-7.6	-0.1	340	≤ 120
	N48H	1370-1410	≥ 990	≥ 1274	358-390	7.4-7.6	-0.1	340	≤ 120
	N48H	(13.7-14.1)	(≥ 12.8)	(≥ 17)	(46-49)	7.4-7.6	-0.1	340	≤ 120
	N50H	1400-1440	≥ 990	≥ 1274	374-406	7.4-7.6	-0.1	340	≤ 120
	N50H	(14-14.3)	(≥ 12.8)	(≥ 17)	(47-51)	7.4-7.6	-0.1	340	≤ 120

Super high temperature: (Lower than 150 deg, SH means Super High)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
SH	N30SH	1080-1130	≥ 810	≥ 1592	220-247	7.4-7.6	-0.1	340	≤ 150
	N30SH	(10.8-11.3)	(≥ 10.2)	(≥ 20)	(30-31)	7.4-7.6	-0.1	340	≤ 150
	N33SH	1130-1170	≥ 844	≥ 1592	247-263	7.4-7.6	-0.1	340	≤ 150
	N33SH	(11.3-11.7)	(≥ 10.6)	(≥ 20)	(31-33)	7.4-7.6	-0.1	340	≤ 150
	N35SH	1170-1210	≥ 876	≥ 1592	263-287	7.4-7.6	-0.1	340	≤ 150
	N35SH	(11.7-12.1)	(≥ 11)	(≥ 20)	(33-36)	7.4-7.6	-0.1	340	≤ 150
	N38SH	1210-1250	≥ 907	≥ 1592	287-310	7.4-7.6	-0.1	340	≤ 150
	N38SH	(12.1-12.5)	(≥ 11.4)	(≥ 20)	(36-39)	7.4-7.6	-0.1	340	≤ 150
	N40SH	1250-1280	≥ 939	≥ 1592	302-326	7.4-7.6	-0.1	340	≤ 150
	N40SH	(12.5-12.8)	(≥ 11.8)	(≥ 20)	(38-42)	7.4-7.6	-0.1	340	≤ 150
	N42SH	1290-1370	≥ 955	≥ 1592	326-342	7.4-7.6	-0.1	340	≤ 150
	N42SH	(12.8-13.7)	(≥ 12)	(≥ 20)	(41-45)	7.4-7.6	-0.1	340	≤ 150
	N45SH	1320-1380	≥ 1003	≥ 1592	342-366	7.4-7.6	-0.1	340	≤ 150
	N45SH	(13.2-13.8)	(≥ 12.6)	(≥ 20)	(43-46)	7.4-7.6	-0.1	340	≤ 150
	N48SH	1350-1390	≥ 1003	≥ 1592	342-366	7.4-7.6	-0.1	340	≤ 150
	N48SH	(13.5-14)	(≥ 12.8)	(≥ 19)	(43-46)	7.4-7.6	-0.1	340	≤ 150

Ultra high temperature: (Lower than 180 deg, UH means Ultra High)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
UH	N28UH	1020-1080	≥ 764	≥ 1990	207-231	7.4-7.6	-0.1	350	≤ 180
	N28UH	(10.2-10.8)	(≥ 9.6)	(≥ 25)	(26-29)	7.4-7.6	-0.1	350	≤ 180
	N30UH	1080-1130	≥ 812	≥ 1990	223-247	7.4-7.6	-0.1	350	≤ 180
	N30UH	(10.8-11.3)	(≥ 10.2)	(≥ 25)	(28-31)	7.4-7.6	-0.1	350	≤ 180
	N33UH	1130-1190	≥ 852	≥ 1990	247-263	7.4-7.6	-0.1	350	≤ 180
	N33UH	(11.3-11.9)	(≥ 10.7)	(≥ 25)	(31-34)	7.4-7.6	-0.1	350	≤ 180
	N35UH	1170-1230	≥ 875	≥ 1990	263-295	7.4-7.6	-0.1	350	≤ 180
	N35UH	(11.7-12.3)	(≥ 11)	(≥ 25)	(33-37)	7.4-7.6	-0.1	350	≤ 180
	N38UH	1210-1290	≥ 915	≥ 1990	287-318	7.4-7.6	-0.1	350	≤ 180
	N38UH	(12.1-12.9)	(≥ 11.3)	(≥ 25)	(36-40)	7.4-7.6	-0.1	350	≤ 180
	N40UH	1250-1320	≥ 836	≥ 1990	318-334	7.4-7.6	-0.1	350	≤ 180
	N40UH	(12.5-13.2)	(≥ 11.6)	(≥ 25)	(38-42)	7.4-7.6	-0.1	350	≤ 180
	N42UH	1290-1350	≥ 836	≥ 1990	318-340	7.4-7.6	-0.1	350	≤ 180
	N42UH	(12.7-13.2)	(≥ 11.6)	(≥ 24)	(38-42)	7.4-7.6	-0.1	350	≤ 180

Extreme high temperature: (Lower than 200 deg, EH means Extreme High)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
EH	N28EH	1040-1090	≥ 786	≥ 2388	207-231	7.4-7.6	-0.1	350	≤ 200
	N28EH	(10.4-10.9)	(≥ 9.8)	(≥ 30)	(26-29)	7.4-7.6	-0.1	350	≤ 200
	N30EH	1090-1170	≥ 812	≥ 2388	223-255	7.4-7.6	-0.1	350	≤ 200
	N30EH	(10.9-11.7)	(≥ 10.2)	(≥ 30)	(28-32)	7.4-7.6	-0.1	350	≤ 200
	N33EH	1140-1220	≥ 851	≥ 2388	247-279	7.4-7.6	-0.1	350	≤ 200
	N33EH	(11.4-12.2)	(≥ 10.7)	(≥ 30)	(31-35)	7.4-7.6	-0.1	350	≤ 200
	N35EH	1180-1250	≥ 875	≥ 2388	263-295	7.4-7.6	-0.1	350	≤ 200
	N35EH	(11.8-12.5)	(≥ 11)	(≥ 30)	(33-37)	7.4-7.6	-0.1	350	≤ 200

Absolutely high temperature: (Lower than 220 deg, AH means Absolutely High)

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
AH	N28AH	1040-1100	≥ 772	≥ 2786	207-231	7.4-7.6	-0.1	350	≤ 220
	N28AH	(10.4-11)	(≥ 9.7)	(≥ 35)	(26-29)	7.4-7.6	-0.1	350	≤ 220
	N30AH	1080-1170	≥ 812	≥ 2786	223-255	7.4-7.6	-0.1	350	≤ 220
	N30AH	(10.8-11.7)	(≥ 10.2)	(≥ 35)	(28-32)	7.4-7.6	-0.1	350	≤ 220
	N33AH	1140-1220	≥ 851	≥ 2786	247-279	7.4-7.6	-0.1	350	≤ 220
	N33AH	(11.4-12.2)	(≥ 10.7)	(≥ 35)	(31-35)	7.4-7.6	-0.1	350	≤ 220
	N35AH	1170-1250	≥ 876	≥ 2786	263-295	7.4-7.6	-0.1	350	≤ 220
	N35AH	(11.7-12.5)	(≥ 11)	(≥ 35)	(33-37)	7.4-7.6	-0.1	350	≤ 220

SmCo Magnet properties:

Grade		Br	Hcb	Hcj	(BH)max	Density	Br.Temp	Curie Temp	Work Temp
Grade		mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃	Tw ℃
Sm-Co 1:5	YX16	750-880	597±40	≥ 1989	127±16	8.0-8.2	-0.05	700-750	≤ 250
	YX16	(7.5-8.8)	7.5±0.5	(≥ 25)	16±2	8.0-8.2	-0.05	700-750	≤ 250
	YX18	800-930	637±40	≥ 1432	143±16	8.0-8.2	-0.05	700-750	≤ 250
	YX18	(8-9.3)	8±0.5	(≥ 18)	18±2	8.0-8.2	-0.05	700-750	≤ 250
	YX20	850-980	637±40	≥ 1273	159±16	8.0-8.2	-0.05	700-750	≤ 250
	YX20	(8.5-9.8)	8±0.5	(≥ 16)	20±2	8.0-8.2	-0.05	700-750	≤ 250
	YXT18	900-1030	637±40	≥ 1194	143±16	8.3-8.5	-0.01	800	≤ 250
	YXT18	(9-10.3)	5±0.5	(≥ 15)	18±2	8.3-8.5	-0.01	800	≤ 250
	YX22A	900-1030	653±40	≥ 1989	175±16	8.3-8.5	-0.03	800	≤ 250
	YX22A	(9-10.3)	8.2±0.5	(≥ 25)	22±2	8.3-8.5	-0.03	800	≤ 250
	YX22B	900-1030	653±40	≥ 1432	175±16	8.3-8.5	-0.03	800	≤ 250
	YX22B	(9-10.3)	8.2±0.5	(≥ 18)	22±2	8.3-8.5	-0.03	800	≤ 250
Sm-Co 2:17	YX24	980-1080	676±40	≥ 1432	191±16	8.3-8.5	-0.03	800	≤ 300
	YX24	(9.8-10.8)	8.2±0.5	(≥ 18)	24±2	8.3-8.5	-0.03	800	≤ 300
	YX26A	1000-1130	716±40	≥ 1194	207±16	8.3-8.5	-0.03	800	≤ 300
	YX26A	(10-11.3)	9±0.5	(≥ 15)	26±2	8.3-8.5	-0.03	800	≤ 300
	YX26B	1000-1130	716±40	≥ 796	207±16	8.3-8.5	-0.03	800	≤ 300
	YX26B	(10-11.3)	9±0.5	(≥ 10)	26±2	8.3-8.5	-0.03	800	≤ 300
	YX27	1000-1130	440±40	≥ 413	203±16	8.3-8.5	-0.03	800	≤ 300
	YX27	(10-11.3)	5.5±1	(≥ 5.2)	26±2	8.3-8.5	-0.03	800	≤ 300
	YX28	1030-1130	756±40	≥ 1432	223±16	8.3-8.5	-0.03	800	≤ 300
	YX28	(10.3-11.3)	9.5±0.5	(≥ 18)	28±2	8.3-8.5	-0.03	800	≤ 300
	YX30	1080-1180	756±40	≥ 1432	239±16	8.3-8.5	-0.03	800	≤ 300
	YX30	(10.8-11.8)	9.5±0.5	(≥ 18)	30±2	8.3-8.5	-0.03	800	≤ 300
	YX30H	1080-1180	816±16	≥ 1600	239±16	8.3-8.5	-0.03	800	≤ 350
	YX30H	(10.8-11.8)	10.2±0.2	(≥ 20)	30±2	8.3-8.5	-0.03	800	≤ 350

AlNiCo magnet properties:

Grade	MMPA Equivalent	Br	bHc	iHc	(BH)max	Density	Br.Temp	Curie Temp	Remark
Grade	MMPA Equivalent	mT(KGs)	KA/m(kOe)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃
FLN8	S.AlNiCo-3	520	40	43	8-10	6.7	-0.02	760	Isotropy
FLN8	S.AlNiCo-3	(5200)	(500)	(540)	(1.0-1.25)	6.7	-0.02	760
FLN12	S.AlNiCo-2	700	40	43	12-14	7	-0.014	810
FLN12	S.AlNiCo-2	(7000)	(500)	(540)	(1.5-1.75)	7	-0.014	810
FLN14		570	76	78	14-16	7.1	-0.02	850
FLN14		(5700)	(950)	(980)	(1.75-2)	7.1	-0.02	850
FLN18	S.AlNiCo-7	600	95	107	18-22	7.2	-0.016	850
FLN18	S.AlNiCo-7	(6000)	(1200)	(1350)	(2.25-2.75)	7.2	-0.016	850
FLN28		1050	46	47	28-33	7.2	-0.016	850	Anisotropy
FLN28		(10500)	(580)	(590)	(3.5-4.15)	7.2	-0.016	850
FLN34	S.AlNiCo-5	1100	50	51	34-38	7.2	-0.02	890
FLN34	S.AlNiCo-5	(11000)	(630)	(640)	(4.3-4.8)	7.2	-0.02	890
FLN28	S.AlNiCo-6	1000	56	57	28-30	7.2	-0.02	850
FLN28	S.AlNiCo-6	(10000)	(700)	(710)	(3.5-3.8)	7.2	-0.02	850
FLN38J		730	151	163	38-40	7.2	-0.02	850
FLN38J		(7300)	(1900)	(2050)	(4.75-5)	7.2	-0.02	850
FLN38	S.AlNiCo-8	800	123	126	38-42	7.2	-0.02	850
FLN38	S.AlNiCo-8	(8000)	(1550)	(1580)	(4.75-5.3)	7.2	-0.02	850
FLN42	S.AlNiCo-8	880	120	122	42-48	7.25	-0.02	850
FLN42	S.AlNiCo-8	(8800)	(1500)	(1530)	(5.3-6)	7.25	-0.02	850

Grade	MMPA Equivalent	Br	bHc	(BH)max	Density	Br.Temp	Curie Temp	Remark
Grade	MMPA Equivalent	mT(KGs)	KA/m(kOe)	KJ/m³(MGOe)	g/cm³	Coefficient %/℃	Tc ℃
LN9	AlNiCo-3	680	30	9	6.9	-0.03	760	Isotropy
LN9		(6800)	(380)	(1.13)	6.9	-0.03	760
LN10		600	40	10.00	6.9	-0.03	760
LN10		(6000)	(500)	(1.20)	6.9	-0.03	760
LNG12	AlNiCo-2	720	45	12.40	7	-0.03	810
LNG12		(7200)	(560)	(1.55)	7	-0.03	810
LN13		700	48	13.00	7	-0.03	810
LN13		(7000)	(600)	(1.60)	7	-0.03	810
LNG34	AlNiCo-5C	1200	48	34.00	7.3	-0.02	860	Anisotropy
LNG34	AlNiCo-5C	(12000)	(600)	(4.30)	7.3	-0.02	860
LNG37	AlNiCo-5	120	48	37.00	7.3	-0.02	860
LNG37		(1200)	(600)	(4.65)	7.3	-0.02	860
LNG40		1250	48	40.00	7.3	-0.02	860
LNG40		(12500)	(600)	(5.00)	7.3	-0.02	860
LNG44	AlNiCo-5DG	1250	52	44.00	7.3	-0.02	860
LNG44	AlNiCo-5DG	(12500)	(650)	(5.50)	7.3	-0.02	860
LNG52	AlNiCo-5~7	1300	58	52.00	7.3	-0.02	860
LNG52	AlNiCo-5~7	(13000)	(700)	(6.50)	7.3	-0.02	860
LNGT28	S.AlNiCo-6	1000	58	28.00	7.3	-0.02	860
LNGT28	S.AlNiCo-6	(10000)	(700)	(6.50)	7.3	-0.02	860
LNGT36J	AlNiCo-8HC	700	140	36.00	7.3	-0.02	860
LNGT36J	AlNiCo-8HC	(7000)	(1750)	(4.50)	7.3	-0.02	860
LNGT32	AlNiCo-8	800	100	32.00	7.3	-0.025	860
LNGT32		(8000)	(1250)	(4.00)	7.3	-0.025	860
LNGT40		800	110	40.00	7.3	-0.025	860
LNGT40		(8000)	(1380)	(5.00)	7.3	-0.025	860
LNGT60	AlNiCo-9	900	110	60.00	7.3	-0.025	860
LNGT60	AlNiCo-9	(9000)	(1380)	(7.50)	7.3	-0.025	860
LNGT72	AlNiCo-8	1050	112	72.00	7.3	-0.025	860
LNGT72		(10500)	(1400)	(9.00)	7.3	-0.025	860
LNGT80		1100	115	80.00	7.3	-0.025	860
LNGT80		(11000)	(1450)	(10.00)	7.3	-0.025	860

NdFeB Magnet Physical Property:

Temperature coefficient of Br:	-0.09 ~ 0.11%/℃
Density:	7.5 ~ 7.6g/cm³
Vickers hardness:	600Hv
Tensile strength:	8kg/mm³
Specific heat:	0.12 KCal/kg, ℃
Young's modulus:	1.6x10¹¹N/m²
Poisson's Ratio:	0.24
Curie temperature:	310~340℃
HC temperature coefficient:	0.5 ~ 0.6%/℃
Electrical Resistivity:	114 μΩ.cm
Flexural strength:	25kg/mm
Coefficient of thermal expansion:	4x10⁻⁶/℃
Thermal conductivity:	7.7KCal(m.h.℃)
Rigidity:	0.64N/m²
Compressibility:	9.8x10⁻¹²m²/N
Relative Recoil permeability urec:	1.05

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