Back to cart
Neodymium Ring Magnet OD5mm x H4mm | Hole 2.5mm | N42UH | High Temperature ≤180ºC | Diametrically magnetized
Product code: R-OD5H4ID2.5-N42UH-SM
Prices are GST Incl.
Volume pricing available on requestAustralia's Leading Supplier
Shipping Worldwide*
30 Day Returns
Same Day Dispatch*
This neodymium ring magnets has an outer diameter of 5mm (0.196"), a height of 4mm (0.157"), and an inner diameter (hole) of 2.5mm (0.098"). These magnets are grade N42UH, feature a nickel (Ni) coating, and are magnetised diametrically across the 5mm dimension.
This compact ring magnet is crafted from robust N42 UH grade neodymium, offering exceptional resistance to heat demagnetisation up to 180°C. It features diametrical magnetisation, with the North and South poles positioned on opposite sides along the curved diameter.
The magnetisation orientation enables the ring to spin freely on a shaft or axle when exposed to a magnetic field. These features are primarily advantageous for advanced, specialised manufacturing and engineering applications rather than for routine or general-purpose holding tasks.
These magnets can be valuable in educational settings for illustrating magnetic fields, as well as for developing innovative art pieces, toys, or experimental devices.
No FAQ available
This neodymium ring magnets has an outer diameter of 5mm (0.196"), a height of 4mm (0.157"), and an inner diameter (hole) of 2.5mm (0.098"). These magnets are grade N42UH, feature a nickel (Ni) coating, and are magnetised diametrically across the 5mm dimension.
This compact ring magnet is crafted from robust N42 UH grade neodymium, offering exceptional resistance to heat demagnetisation up to 180°C. It features diametrical magnetisation, with the North and South poles positioned on opposite sides along the curved diameter.
The magnetisation orientation enables the ring to spin freely on a shaft or axle when exposed to a magnetic field. These features are primarily advantageous for advanced, specialised manufacturing and engineering applications rather than for routine or general-purpose holding tasks.
These magnets can be valuable in educational settings for illustrating magnetic fields, as well as for developing innovative art pieces, toys, or experimental devices.
No FAQ available
