NdFeB Magnets Used In mineral separation machine

5.0 USD

Min. Order:	1 Set/Sets
Payment Terms:	L/C, T/T, WU
Supply Ability:	10,000pcs/month
Place of Origin:	Zhejiang

Company Profile

NINGBO SWIN MAGTECH CO.LTD

Location:	Ningbo, Zhejiang, China (Mainland)
Business Type:	Manufacturer, Trading Company, Agent, Service
Main Products:	Magnetic Bar With Threaded Hole

Product Detail

Model No.:	MMN-B
Application:	Industrial Magnet
Shape:	Others
Type:	Permanent
Composite:	NdFeB Magnet
Brand Name:	SWIN
Big Block Magnet NdFeB:	PM Magnet for machine N45
Production Capacity:	10,000pcs/month
Packing:	customerized
Delivery Date:	15days

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Product Description

NdFeB Magnets Used In mineral separation machine, mostly with magnetic grade in N35/N38/N40/N42/N45, 80℃

50*50*10mm
50*50*12.5mm
50*50*25mm
50*50*37mm
50*50*50mm
75*75*25mm
*75*75*37mm
100*50*12.5mm
*100*50*50mm
100*100*50mm

1.High temperature stability magnets
2.Grade L38SHT,L42SHT,L35UHT,L38EHT...
3.Customized permanent magnets
4. Used in permanent magnet motors

Product name:High temperature stability block magnets

High temperature stability block magnets grade L42SHT

The Magnetic Properties of L42SHTHigh Temperature Resistance Neodymium Magnets

Residual Induction - Br = 12.8 - 13.2 kGs / 1,280 - 1,320 mT
Coercive Force - Hcb ≥ 12.4 kOe / ≥ 987 kA/m
Intrinsic Coercive - Hcj ≥ 20 kOe / ≥ 1,592 kA/m
Maximum Energy Product - (BH)max = 40 - 43 MGOe / 318 - 342 kJ/m3
Maximum Working Temperature - Tw = 150°

Some other magnetic properties or our L-T grades magnets,Grade L38SHT,L42SHT,L35UHT,L38EHT... please refer to our Magnetic properties of Sintered NdFeB magnets:

Magnetic properties of Sintered NdFeB magnets:
Grade	Remanence	Coercive Force	Intrinsic Coercive Force	Max. energy product	Max.
					Operating
					Temperature
	Br	Hcb	Hcj	(BH )	Tw
	Br	Hcb	Hcj	max
	mT	kA/m	kA/m	kJ/m3
	(kGs)	(kOe)	(kOe)	(MGOe)
N35	1170-1220	≥868	≥955	263-287	80 °C
N35	(11.7-12.2)	(≥ 10.9)	(≥ 12)	(33-36)	80 °C
N38	1220-1250	≥899	≥955	287-310	80 °C
N38	(12.2-12.5)	(≥ 11.3)	(≥ 12)	(36-39)	80 °C
N40	1250-1280	≥907	≥955	302-326	80 °C
N40	(12.5-12.8)	(≥ 11.4)	(≥ 12)	(38-41)	80 °C
N42	1280-1320	≥915	≥955	318-342	80 °C
N42	(12.8-13.2)	(≥ 11.5)	(≥ 12)	(40-43)	80 °C
N45	1320-1380	≥923	≥955	342-366	80 °C
N45	(13.2-13.8)	(≥ 11.6)	(≥ 12)	(43-46)	80 °C
N48	1380-1420	≥923	≥876	366-390	80 °C
N48	(13.8-14.2)	(≥ 11.6)	(≥ 12)	(46-49)	80 °C
N50	1400-1450	≥796	≥876	382-406	80 °C
N50	(14.0-14.5)	(≥ 10.0)	(≥ 11)	(48-51)	80 °C
N52	1430-1480	≥796	≥876	398-422	60°C
N52	(14.3-14.8)	(≥ 10.0)	(≥ 11)	(50-53)	60°C
35M	1170-1220	≥868	≥1114	263-287	100 °C
35M	(11.7-12.2)	(≥ 10.9)	(≥ 14)	(33-36)	100 °C
38M	1220-1250	≥899	≥1114	287-310	100 °C
38M	(12.2-12.5)	(≥ 11.3)	(≥ 14)	(36-39)	100 °C
40M	1250-1280	≥923	≥1114	302-326	100 °C
40M	(12.5-12.8)	(≥ 11.6)	(≥ 14)	(38-41)	100 °C
42M	1280-1320	≥955	≥1114	318-342	100 °C
42M	(12.8-13.2)	(≥ 12.0)	(≥ 14)	(40-43)	100 °C
45M	1320-1380	≥995	≥1114	342-366	100 °C
45M	(13.2-13.8)	(≥ 12.5)	(≥ 14)	(43-46)	100 °C
48M	1370-1430	≥1027	≥1114	366-390	100 °C
48M	(13.7-14.3)	(≥ 12.9)	(≥ 14)	(46-49)	100 °C
50M	1400-1450	≥ 1033	≥1114	382-406	100 °C
50M	(14.0-14.5)	(≥ 13.0)	(≥ 14)	(48-51)	100 °C
35H	1170-1220	≥868	≥1353	263-287	120 °C
35H	(11.7-12.2)	(≥ 10.9)	(≥ 17)	(33-36)	120 °C
38H	1220-1250	≥899	≥1353	287-310	120 °C
38H	(12.2-12.5)	(≥ 11.3)	(≥ 17)	(36-39)	120 °C
40H	1250-1280	≥923	≥1353	302-326	120 °C
40H	(12.5-12.8)	(≥ 11.6)	(≥ 17)	(38-41)	120 °C
42H	1280-1320	≥955	≥1353	318-342	120 °C
42H	(12.8-13.2)	(≥ 12.0)	(≥ 17)	(40-43)	120 °C
45H	1320-1360	≥963	≥1353	342-366	120 °C
45H	(13.2-13.6)	(≥ 12.1)	(≥ 17)	(43-46)	120 °C
48H	1370-1430	≥955	≥1353	366-390	120 °C
48H	(13.7-14.3)	(≥ 12.5)	(≥ 17)	(46-49)	120 °C
35SH	1170-1220	≥876	≥1592	263-287	150 °C
35SH	(11.7-12.2)	(≥ 11.0)	(≥ 20)	(33-36)	150 °C
38SH	1220-1250	≥907	≥1592	287-310	150 °C
38SH	(12.2-12.5)	(≥ 11.4)	(≥ 20)	(36-39)	150 °C
40SH	1240-1280	≥939	≥1592	302-326	150 °C
40SH	(12.5-12.8)	(≥ 11.8)	(≥ 20)	(38-41)	150 °C
42SH	1280-1320	≥987	≥1592	318-342	150 °C
42SH	(12.8-13.2)	(≥ 12.4)	(≥ 20)	(40-43)	150 °C
45SH	1320-1380	≥ 1003	≥1592	342-366	150 °C
45SH	(13.2-13.8)	(≥ 12.6)	(≥ 20)	(43-46)	150 °C
28UH	1040-1080	≥764	≥1990	207-231	180 °C
28UH	(10.4-10.8)	(≥ 9.6)	(≥ 25)	(26-29)	180 °C
30UH	1080-1130	≥812	≥1990	223-247	180 °C
30UH	(10.8-11.3)	(≥ 10.2)	(≥ 25)	(28-31)	180 °C
33UH	1130-1170	≥852	≥1990	247-271	180 °C
33UH	(11.3-11.7)	(≥ 10.7)	(≥ 25)	(31-34)	180 °C
35UH	1180-1220	≥860	≥1990	263-287	180 °C
35UH	(11.8-12.2)	(≥ 10.8)	(≥ 25)	(33-36)	180 °C
38UH	1220-1250	≥876	≥1990	287-310	180 °C
38UH	(12.2-12.5)	(≥ 11.0)	(≥ 25)	(36-39)	180 °C
40UH	1250-1280	≥ 899	≥1990	302-326	180 °C
40UH	(12.5-12.8)	(≥ 11.3)	(≥ 25)	(38-41)	180 °C
42UH	1280-1320	≥ 899	≥1990	318-342	180 °C
42UH	(12.8-13.2)	(≥ 11.3)	(≥ 25)	(40-43)	180 °C
28EH	1040-1080	≥780	≥2388	207-231	200 °C
28EH	(10.4-10.8)	(≥ 9.8)	(≥ 30)	(26-29)	200 °C
30EH	1080-1130	≥812	≥2388	223-247	200 °C
30EH	(10.8-11.3)	(≥ 10.2)	(≥ 30)	(28-31)	200 °C
33EH	1130-1170	≥876	≥2388	247-271	200 °C
33EH	(11.3-11.7)	(≥ 10.5)	(≥ 30)	(31-34)	200 °C
35EH	1170-1220	≥876	≥2388	263-287	200 °C
35EH	(11.7-12.2)	(≥ 11.0)	(≥ 30)	(33-36)	200 °C
38EH	1220-1250	≥899	≥2388	287-310	200 °C
38EH	(12.2-12.5)	(≥ 11.3)	(≥ 30)	(36-39)	200 °C
40EH	1250-1280	≥899	≥2388	302-326	200 °C
40EH	(12.5-12.8)	(≥ 11.3)	(≥ 30)	(38-41)	200 °C
28AH	1040-1080	≥787	≥2624	207-231	230 °C
28AH	(10.4-10.8)	(≥ 9.9)	(≥ 33)	(26-29)	230 °C
30AH	(1080-1130)	≥819	≥2624	223-247	230 °C
30AH	(10.8-11.3)	(≥ 10.3)	(≥ 33)	(28-31)	230 °C
33AH	1130-1170	≥843	≥2624	247-271	230 °C
33AH	(11.3-11.7)	(≥ 10.6)	(≥ 33)	(31-34)	230 °C
35AH	(1170-1220)	≥ 876	≥2624	263-287	230 °C
35AH	(11.7-12.2)	(≥ 11.0)	(≥ 33)	(33-36)	230 °C
38AH	1220-1250	≥ 899	≥2624	287-310	230 °C
38AH	(12.2-12.5)	(≥ 11.3)	(≥ 33)	(36-39)	230 °C

1.The NdFeB magnet properties change as the temperature changes. Ordinarily, when the temperature is up, the magnet properties are down. We use αBr, βHcj measuring the temperature stability of NdFeB magnet.

αBr: Reversible Temperature Coefficient of Br,

Br(20): Br at 20 ℃, Br(T): Br at T ℃

βHcj: Reversible Temperature Coefficient of Hcj

Hcj(20): Hcj at 20 ℃, Hcj(T): Hcj at T ℃

Usually, the industrial standards ofβHcj: is over -0.7%/℃, while theβHcj: of our developed magnet is less than -0.4%/℃, it helps our magnets with excellent temperature stability.

2. Application which needs the high temperature stability

High temperature stability magnets are mainly used in car motors, EPS, brake motors, servo motors and other permanent magnet motors.

3. Correlative temperature coefficient data

Grade Serial NO.	Conventional Formula	T-Series	L-TSeries
αBr	-0.11~-0.128%/℃	-0.1-0.11%/℃	-0.09~-0.1%/℃
βHcj	-0.6~-0.7%/℃	-0.55~-0.6%/℃	-0.4~-0.55%/℃

Grade

Serial NO.

Conventional Formula

T-Series

L-TSeries

αBr

-0.11~-0.128%/℃

-0.1-0.11%/℃

-0.09~-0.1%/℃

βHcj

-0.6~-0.7%/℃

-0.55~-0.6%/℃

-0.4~-0.55%/℃

Notes: TheαBr, βHcj is relative to aspect ratio, square degree chart(BH curve) etc. Higher the aspect ratio is, higher the working temperature can be. Our recommended aspect ratio is over 0.5.

The data of a certain grades, please feel free to contact us. Ordinarily, if you have the requests on αBr, βHcj, please inform the details while placing the order. Sample test is needed before mass production.

For more details, please consult our engineer.

The Physical properties of sintered NdFeB material

Physical properties of sintered NdFeB material
Properties	Unit	Standard
Curiepoint	℃	310~380
Reversible temperature coefficientof Br	%/℃	-0.09~-0.13
Reversible temperature coefficientof Br	%/℃	-0.09~-0.13
Reversible temperature coefficientof Hcj	%/℃	0.4~0.7
Reversible temperature coefficientof Hcj	%/℃	0.4~0.7
Maximumworking temperature	℃	80230
Density	g /cm3	≥7.47.8
Vickershardness	HV	550650
Bendingstrength	MPa	250
Tensilestrength	MPa	80
Compressivestrength	MPa	1050
Specificresistance	µΩ·cm	150
Thermalconductivity	W/(m℃)	68
Thermal expansion	10-6 /℃	5(parallel to the orientation)
Thermal expansion	10-6 /℃	1.5(Perpendicularto the orientation)