Neodymium Pot Magnet With Threaded Eyelet – 48mm X 8mm

Magnetic Product Description:

This Rare Earth Threaded Eyelet Pot Magnet has a pull force of 81 kilograms and a weight of 200 grams. It has a diameter of 48mm, a total height of 65mm and a magnet housing thickness of 25mm. This Neodymium Pot Magnet has an M8 thread with eyelet. It is identified by the AMF magnet part number AMFYPF48.

Uses for our Rare Earth Threaded Eyelet Pot Magnets:

A Neodymium Threaded Eyelet magnet is a great addition to the home, a warehouse, or a work shed. The strong rare earth magnet in the base, coupled with the convenient eyelet, allows for a strong reliable hold with the versatility of attachment. The Neo magnet is encased in mild steel except for the base which is left exposed. This arrangement means that the steel manipulates the magnetic field around to the base, which amplifies the pull force considerably. The magnet is only 48mm in diameter but it has an impressive pull force of 81 kilograms! Some added benefits of the steel casing is that it prevents cracking and chipping of the magnet, which is common with Neodymium magnets due to their inherent brittle nature, and the addition of the female thread. This thread includes a removable eyelet, it can be screwed in and out of the casing at any time, and is a great mechanism many customers use to hang miscellaneous items. They can also be used for various suspension and holding applications.

Product Code	DØ	d2	M	H	h	Holding force(kg)	Weight (g)
AMFYPF16	16	6	4	37	13	5.5	11
AMFYPF20	20	6	4	37	15	9	21
AMFYPF25	25	6	5	30	12	22	37
AMFYPF32	32	10	6	47	18	34	56
AMFYPF36	36	10	6	47	18	41	68
AMFYPF42	42	10	6	47	20	68	97
AMFYPF48	48	12	8	65	25	81	200
AMFYPF60	60	12	8	70	30	113	282
AMFYPF75	75	12	10	98	34	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.
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