Neodymium Pot Magnet with Threaded Eyelet - 42mm x 6mm

Neodymium Holding Magnets with Threaded Eyelet Description: Our Strong Neodymium Magnetic Pots come in many shapes, sizes and strengths. This Rare Earth Pot Magnet has a threaded eyelet attached. It has a powerful pull strength of 68kg and a weight of 97 grams. Impressive considering its diameter of 42mm, height of 45mm and magnet housing thickness of 9mm. This neodymium pot magnet has an M6 thread with a 6mm eyelet.

Uses for our Rare Earth Holding Pot Threaded Magnets: This heavy-duty Neodymium Threaded Eyelet Magnet has an impressive holding force 68kg. The Rare Earth Magnet is encased within a mild steel casing, which protects the magnet from damage., It also alters the magnetic field so that it exits through the exposed side (or the base). This action amplifies the pull force of the magnet, allowing it to be stronger than the usual magnets of the same size.
The attachable/removable eyelet is designed to hold and suspend items out of the way. Often used to secure cables. Due to the high strength of this specific magnet, heavier items can be suspended effectively. This product can be used for temporary applications, as they can be removed from the surface, or they can be used permanently, as the magnets itself will maintain its magnetic integrity indefinitely unless exposed to high temperatures or moisture.

 

ModelNo. 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 70 24 81 97 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. Read More