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Neodymium Countersunk Pot Magnet - D10mm x 4.5mm

Product code: AMFYPA10

$2.15for 1 to 9 items
$1.85buy 10 to 99 itemsand save 13%
$1.55buy 100+ itemsand save 27%

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Neodymium Countersunk Pot Magnet - D10mm x 4.5mm

Product Code AMFYPA10
Pull Force* 1.4kg
Weight 3 gm
Style Rare earth countersunk pot magnet
Grade N35
Coating Nickel (NiCuNi)
Direction of Magnetisation Axially
Dimensions Outside Diameter:10mm, Height:4.5mm
*Measured against up to 10mm mild steel.
Neodymium Countersunk Pot Magnet - D10mm x 4.5mm

Magnetic Product Description:

This Rare Earth Pot Magnet has a diameter of 10mm, a countersunk hole diameter of 3.7mm to 7.4mm, and a thickness of 4.5mm. This pot magnet has a pull force of 1.4 kilograms. This product is identified by AMF Magnetics part number AMFYPA10.

Uses for our Rare Earth Countersunk Pot Magnets:

No FAQ available

NB: Ranges are indicative for product category, please check individual products for specic values within that range.

The most common coating for Neodymium magnets is Nickel + Copper + Nickel (Ni + Cu + Ni). This coating offers the magnet relatively good protection from corrosion and passive applications. If the magnet will be exposed to moisture or liquid then consider the use of an organic coating such as Epoxy. A hard wearing coating, Epoxy is suited to applications where the magnet will come under some friction or knocking.

Magnets are readily available in Blocks, Discs, Cylinders & Rings. AMF Magnetics specializes in the supply of short-run prototype magnets including Arc Segments, various magnetic orientations etc. If you need a magnet size that we don't carry in stock, submit a Design-a-Magnet enquiry for a quote on your custom magnet design.

Neodymium magnets are offered in several different grades. The first section N30-54 has an operating temperature of up to 80 degrees. Most of our stock only goes up to N38. The second section, denoted with the "M" prefix after the grade has an operating temperature 100 degrees. After this the grades are "H", "SH", "UH" & "EH". In order for the magnet to withstand a higher operating temperature, during production more of the raw material PrNd is incorporated as these elements have a naturally occurring resistance to high temperatures.