Ferrite magnets

Ferrite or neodymium magnets?

Compared to neodymium magnets, the adhesive force of ferrite magnets is much weaker. On the other hand, they are cheaper, suitable for outside use (rust-resistant) and can take heat up to 250 °C. If size and volume are less important than price, ferrite magnets can be a good alternative to neodymium magnets.

Tight Budget

High Temperatures (80-250 °C)

Outside use

Low aesthetics required

We especially recommend neodymium magnets for the following circumstances:

Very high adhesive force required

Limited space (miniaturisation)

Little weight required

Decoration/gift (nice coating)

The magnetic characteristics of ferrite magnets

Type	Residual Induction (Br)		Coercive Force (Hcb)		Intrinsic Coercive Force (Hcj)		Max. Energy Product (BH max)
	mT	kGs	kA/m	kOe	kA/m	kOe	kJ/m³	MGOe
MF8T	200-235	2.0-2.35	125-160	1.57-2.01	210-280	2.64-3.52	6.5-9.5	0.8-1.2
MF23	320-370	3.2-3.7	170-190	2.14-2.38	190-230	2.39-2.89	20.0-25.5	2.5-3.2
MF25	360-400	3.6-4.0	135-170	1.70-2.14	140-200	1.76-2.51	22.5-28.0	2.8-3.5
MF26H	360-390	3.6-3.9	220-250	2.77-3.14	225-255	2.83-3.21	23.0-28.0	2.9-3.5
MF27H	370-400	3.7-4.0	205-250	2.58-3.14	210-255	2.64-3.21	25.0-29.5	3.1-3.7
MF28	370-400	3.7-4.0	175-210	2.20-2.64	180-220	2.26-2.77	26.0-30.0	3.3-3.8
MF30H-1	380-400	3.8-4.0	230-275	2.89-3.46	235-290	2.99-3.65	27.0-32.0	3.4-4.1
MF30H-2	390-410	3.9-4.1	275-300	3.46-3.77	310-335	3.90-4.21	28.5-32.5	3.5-4.0
MF32	400-420	4.0-4.2	160-190	2.01-2.38	165-195	2.07-2.45	30.0-33.5	3.8-4.2
MF33	410-430	4.1-4.3	220-250	2.77-3.14	225-255	2.83-3.21	31.5-35.0	4.0-4.4
MF33H	410-430	4.1-4.3	250-270	3.14-3.40	250-275	3.14-3.45	31.5-35.0	4.0-4.4
MF35	430-450	4.3-4.5	215-239	2.70-3.00	217-241	2.73-3.03	33.1-35.2	4.2-4.4
MF36	430-450	4.3-4.5	247-271	3.10-3.40	250-274	3.14-3.44	35.1-38.3	4.4-4.8
MF38	440-450	4.4-4.5	285-305	3.58-3.83	294-310	3.69-3.89	36.6-40.6	4.6-5.1