Catalogue - magnets from Magengine Co., Ltd - Magengine - (Version JPG)

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Neodymium magnet, Ferrite magnet, Ferrite core, Core, Magnetic sweeper

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Sintered AiNiCo

Sintered AINiCo


Grade		Remanence Br		Coercive Force bHc		nMnscQœrdvity iHc		Max. Energy Product (BH)max		Density	Max. Working Temp.
Grade
		s,	0.52	0.50	40	0.54	43	1.00-1.25	8-10	6.7	450
		7.0	0.70	0.50	40	0.54	43	1.50-1.75	12-14	7.0	450
		6.0	0.60	1.20	96	1.35	107	2.25-2.75	18-22	7.2	550
		10.0	1.00	0.70	56	0.71	57	3.50-3.80	28-30	7.2	525
		11.0	1.10	0.63	50	0.64	51	4.27-4.77	34-38	7.2	525
		I 78	0.78	1.30	104	1.33	106	3.90-4.50	31-36	7.2	550
AINiCo8	■ ITi ! ■ fcj ici Mât	7.8	0.78	1.30	104	1.33	106	3.90-4.50	31-36	7.2	550
AINiCo8	MLNGT38	I 8.0	0.80	1.55	123	1.58	126	4.75-5 30	38-42	7.2	550
	MLNGT42	8.8	0.88	1.50	120	1.53	122	5.30-6.00	42-48	7.25	550
			0.73	1.90	151	2.05	163	4.75-5.00	38-40	7.2	550
		l ⁷³	0.73	1.90	151	2.05	163	4.75-5.00	38-40	7.2	550

AINiCo materials, composed primarily of alloys of Aluminum, Nickel, Cobalt, Ferrum and other metal elements. They are characterized by excellent temperature stabilities (Its working temperature can be as high as 550 degrees Centigrade), high residual inductions, and relatively high energies. They are manufactured through either casting or sintering process. Cast magnets may be manufactured in complex shapes, such as horseshoes, not possible with other magnet materials. Sintered AINiCos offer slightly lower magnetic properties but better mechanical characteristics than Cast AINiCos. AINiCo is hard and brittle. Machining or drilling cannot therefore be accomplished by ordinary methods. AINiCo has a low coercive force, and is easily demagnetized if not handled with care.

Cast AINiCo5 is the most commonly used of all the Cast AINiCos. This material is used extensively in rotating machinery, meters, instruments, sensing devices, and holding applications, to name a few.

magnets from Magengine Co., Ltd - Magengine - #10

Neodymium magnet, Ferrite magnet, Ferrite core, Core, Magnetic sweeper