Neodymium Disc Magnet 76.2mm x 50.8mm N52

Product code: D-D76.2H50.8-N52

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Neodymium Disc Magnet 76.2mm x 50.8mm N52

Product Code D-D76.2H50.8-N52
Pull Force* 311.52kg
Weight 5.5kg
Gauss 5916
Grade N52
Coating Nickel (Ni)
Direction of Magnetisation Through Height
Dimensions Height:50.80mm, Outside Diameter:76.20mm
*Measured against up to 10mm mild steel.

CAREFUL WHEN HANDLING BIG MAGNETS !!! SUPER POWERFUL SUPER DANGEROUS!

Large Disc shaped Neodymium Magnets are suitable for recessed positioning into any material. Their shape means they can slot right down into routed holes and are easily secured with glue to expose the North or South pole surface. Disc and Cylinder shapes magnets with axial magnetisation increase in power as their height dimension grows, due to the higher volume of material between the poles. Strong Neodymium Disc magnets are found in manufacturing and industrial processes where they can separate metal from organic materials, decontaminate raw materials and foodstuffs, recover damaged and broken metal components from machinery before major damages occur and are used in Scientific and Medical research where they are used to influence electromagnetic fields and the path of electrons in matter.

NB: All large magnets have the potential to cause physical damage and serious injury so careful handling and safety awareness is essential.

CAREFUL WHEN HANDLING BIG MAGNETS !!! SUPER POWERFUL SUPER DANGEROUS!

Large Disc shaped Neodymium Magnets are suitable for recessed positioning into any material. Their shape means they can slot right down into routed holes and are easily secured with glue to expose the North or South pole surface. Disc and Cylinder shapes magnets with axial magnetisation increase in power as their height dimension grows, due to the higher volume of material between the poles. Strong Neodymium Disc magnets are found in manufacturing and industrial processes where they can separate metal from organic materials, decontaminate raw materials and foodstuffs, recover damaged and broken metal components from machinery before major damages occur and are used in Scientific and Medical research where they are used to influence electromagnetic fields and the path of electrons in matter.

NB: All large magnets have the potential to cause physical damage and serious injury so careful handling and safety awareness is essential.