Neodymium Pot Magnet With Threaded Hook – 20mm Diameter X 37mm

Rare Earth Magnetic Hooks Description:

This Rare Earth Neodymium Pot Magnet is fitted with a removable hook. A strong neodymium magnet sits inside the steel cap of this product. The steel cap concentrates the magnetic field to the base of the pot magnet, this increases it’s holding force.

Our heavy-duty magnetic hook is super strong for its size with a pull force of 9kg and a weight of 21 grams. This product has a diameter of 20mm, a total height of 37mm and a magnet housing thickness of 7mm. This neodymium pot magnet has an M4 thread with a removable 7mm hook attached.

Uses for our Strong Neodymium Magnetic Hooks:

AMF Neodymium Holding Pot magnets with a Threaded removable Hook will attach to any metallic surface. The powerful magnet sits inside a steel cap that concentrates magnetic force to the base and increases its holding ability. The steel casing protects the magnet from damage and corrosion which prolongs its life and enables them to be removed, reused and relocated over and over.

Use these magnetic hooks to suspend objects on iron clad buildings, sheds, demountables and relocatable homes or to keep work areas, offices, recreation areas or storage areas tidy and free of hazardous clutter. The self-adhering nature of magnetism is convenient, efficient and occurs instantly without the need for tools or expertise.

ModelNo.	DØ	M	H	h	TH	Holding force(kg)	Weight (g)
AMFYPE16	16	4	13	5	37	5.5	11
AMFYPE20	20	4	15	7	37	9	21
AMFYPE25	25	5	17	8	42	22	37
AMFYPE32	32	6	18	8	47	34	56
AMFYPE36	36	6	18	8	47	41	68
AMFYPE42	42	5 or 6	20	9	47	68	97
AMFYPE48	48	8	24	11.5	70	81	154
AMFYPE60	60	8	30	15	70	113	282
AMFYPE75	75	10	34	18	98	164	560

Pull Force:

The Pull Force listed for each magnet is based on lifting 10mm thick steel from a horizontal surface. Magnets on a vertical surface (of 10mm thick steel) are generally able to hold around only 30% of the pull force listed in the product description. This is due to the effects of gravity and the lack of friction between the surface and the shiny magnet. Read More