ALNICO Magnets

Name: ALNICO Magnets
Brand: Ningbo Ketian Magnet CO.,LTD.

Made from aluminum, nickel, and cobalt, these magnets are known for their excellent temperature stability and high resistance to demagnetization from vibration and shock. Aluminum nickel cobalt magnets have good temperature stability and aging stability, making them suitable for making instruments, motors, electroacoustic devices, magnetic machinery, etc.

Our ALNICO Magnets are crafted from a high-quality alloy of aluminum, nickel, and cobalt. Renowned for their exceptional temperature stability and high residual induction, alnico magnets are the perfect choice for applications requiring reliable and durable magnetic performance.

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ALNICO Magnets Properties

ALNICO Magnets Properties Sinter ALNICO Magnets Properties

Grade	Remanence		Coercivity		Max. Energy Product		Curie Temp.	Max. Operating Temperature	MMPA Equivalent
	Br		Hcb		(BH)max		Curie Temp.	Max. Operating Temperature
	mT	Gs	kA/m	Oe	kJ/m3	MGOe	℃	℃
LN10	600	6000	40	500	10	1.2	750	550	AlNiCo3
LNG12	700	7000	44	550	12	1.5	750	550	AlNiCo2
LNG13	680	6800	48	600	13	1.63	800~850	550	AlNiCo2
LNG18	900	9000	48	600	18	2.25	800~850	550	AlNiCo4
LNG37	1200	12000	48	600	37	4.63	800~850	550	AlNiCo5
LNG40	1250	12500	48	600	40	5	800~850	550
LNG44	1250	12500	52	650	44	5.5	800~850	550
LNG52	1300	13000	56	700	52	6.5	800~850	550	AlNiCo5DG
LNG56	1300	13000	58	720	56	7	800~850	550	AlNiCo5DG
LNG60	1330	13300	60	750	60	7.5	800~850	550	AlNiCo5-7
LNGT18	580	5800	90	1130	18	2.25	800~850	550	AlNiCo7
LNGT28	1000	10000	56	700	28	3.5	800~850	550	AlNiCo6
LNGT30	1100	11000	56	700	30	3.75	800~850	550	AlNiCo6
LNGT32	800	8000	100	1250	32	4	800~850	550	AlNiCo8
LNGT38	800	8000	110	1380	38	4.75	800~850	550
LNGT44	850	8500	120	1500	44	5.5	800~850	550
LNGT48	900	9000	120	1500	48	6	800~850	550
LNGT60	950	9500	110	1380	60	7.5	800~850	550
LNGT72	1050	10500	112	1500	72	9	800~850	550	AlNiCo9
LNGT88	1100	11000	115	1450	88	11	800~850	550
LNGT96	1150	11500	118	1480	96	12	800~850	550
LNGT36J	700	7000	140	1750	36	4.5	800~850	550	AlNiCo8HC
LNGT48J	800	8000	145	1820	48	6	800~850	550	AlNiCo8HC
LNGT52J	850	8500	140	1750	52	6.5	800~850	550	AlNiCo8HC

Grade	Remanence		Coercivity		Intrinsic Coercivity		Max. Energy Product		Max. Working Temperature
	Br		Hcb		Hcj		(BH)max		Max. Working Temperature
	T	kGs	kA/m	kOe	kA/m	kOe	kJ/m3	MGOe	℃
AlNiCo10/5	0.60-0.63	6.0-6.3	48-52	0.60-0.65	52-56	0.65-0.7	8-10	1.00-1.25	≤450
AlNiCo12/5	0.70-0.75	7.0-7.5	48-56	0.60-0.70	52-58	0.65-0.73	11-13	1.4-1.6	≤450
AlNiCo14/8	0.55-0.60	5.5-6.0	75-91	0.95-1.15	80-95	1.0-1.2	14-16	1.75-2.0	≤550
AlNiCo20/10	0.60-0.64	6.0-6.4	93-110	1.16-1.38	100-118	1.25-1.4	18-22.4	2.25-2.8	≤550
AlNiCo28/6	1.0-1.12	10.0-11.2	56-64	0.7-0.8	58-66	0.73-0.83	28-32	3.5-4.0	≤550
AlNiCo34/5	1.15-1.23	11.5-12.3	48-56	0.60-0.70	49-57	0.62-0.72	32-36	4.0-4.5	≤550
AlNiCo37/5	1.19-1.27	11.9-12.7	48-56	0.60-0.70	49-57	0.62-0.72	36-38	4.4-4.8	≤550
AlNiCo40/5	1.22-1.26	12.2-12.6	50-56	0.62-0.7	51-57	0.64-0.72	38-40	4.8-5.0	≤550
AlNiCo40/10	0.95-1.0	9.5-10.0	100-110	1.25-1.38	104-114	1.3-1.43	40-44	5.0-5.5	≤550
AlNiCo38/11	0.80-0.85	8.0-8.5	111-121	1.40-1.52	114-125	14.3-15.7	38-40	4.8-5.0	≤550
AlNiCo36/15	0.70-0.75	7.0-7.5	140-160	1.75-2.0	154-174	1.93-2.18	36-45	4.5-5.6	≤550
AlNiCo40/16	0.7-0.75	7.0-7.5	160-175	2.0-2.2	174-189	2.18-2.37	40-44	5.0-5.5	≤550
AlNiCo40/12	0.83-0.90	8.3-9.0	120-132	1.50-1.65	124-136	1.57-1.71	40-44	5.0-5.5	≤550
AlNiCo45/13	0.89-0.91	8.9-9.1	120-132	1.50-1.65	126-138	1.58-1.73	44-50	5.5-6.2	≤550