NdFeB Powder from China manufacturer - Yuxiang Magnetic Materials Ind. Co., Ltd.

Payment Terms:	T/T,L/C
Place of Origin:	Fujian, China (Mainland)


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Product Detail

Means of Transport: Ocean,Air

Packing: neutral paper carton

Application: Industrial Magnet

Type: Permanent

Brand Name: Yuxiang

Production Capacity: 100 tons/year

Delivery Date: 20-30 days

Shape: Others

Composite: NdFeB Magnet

HDDR anisotropic ndfeb powders can be used to produce anisotropic bonded magnets and suitable for a wide variety of higher performance applications

Whether compression-molded or injection-molded, the HDDR anisotropic ndfeb powders can be used to produce anisotropic bonded magnets which are suitable for a wide variety of applications where higher performance than isotropic bonded magnets is required.

Features:
1. Characteristics for anisotropic NdFeB powder

Mark	HcJ(kOe)	Br(kGs)	(BH)max.(MGOe)
ZQP40-9	8.5-10	13.0-13.5	40-42
ZQP40-11	10.5-12	13.0-13.5	40-42
ZQP40-13	12.5-14	13.0-13.5	40-42
AHP-1	11.0-13.0	13.2~14.2	36~40
AHP-11	11.0-13.0	13.2~14.2	32~36
AHP-11-F	12.0-14.0	12.3~13.5	32~36

2. Properties of anisotropic NdFeB magnetic powder

	Grade	AHP-1	AHP-11	AHP-11-F
Characteristics	Unit
Residual Induction, Br	mT	1320~1420	1300~1400	1230~1300
Residual Induction, Br	kGs	13.2~14.2	13.0~14.0	12.3~13.0
Coercive Force, Hc	kA/m	1000~1180	937~1000	875~937
Coercive Force, Hc	kOe	8.0~9.5	7.5~8.0	7.0~7.5
Intrinsic Coercive Force, Hci	kA/m	1375~1625	1375~1625	1250~1500
Intrinsic Coercive Force, Hci	kOe	11.0~13.0	11.0~13.0	10.0~12.0
Maximum Energy Product, (BH)max	kJ/m³	288~320	256~288	224~256
Maximum Energy Product, (BH)max	MGOe	36.0~40.0	32.0~36.0	28.0~32.0
Magnetizing Field to 95% Saturation (Min.), Hs	kA/m	5500	5500	5500
Magnetizing Field to 95% Saturation (Min.), Hs	kOe	44	44	44
Temperature Coefficient of Br, α	%/	-0.13	-0.13	-0.13
Temperature Coefficient of Hci, β	%/	-0.48	-0.48	-0.48
Curie Temperature, Tc		360	360	360
Maximum Operating Temperature		100	100	80
Density (theoretical), ρ	g/cm³	7.6	7.6	7.6
Apparent Density, ρa	g/cm³	2.71	2.71	2.71
Particle Size Distribution	Mesh	80	80	80
Particle Size Distribution	μm	50~200	50~200	50~200