Neodymium Ring Magnet – 57.25mm (OD) x 48.25mm (ID) x 3mm (H) I N45
Product code: 23033
Neodymium Ring Magnet – 57.25mm (OD) x 48.25mm (ID) x 3mm (H) I N45
Rare Earth Ring Magnet - 57.25mm (OD) x 48.25mm (ID) x 3mm | N45
This strong Neodymium Ring Magnet features an outer diameter of 57.25mm, an inner diameter of 48.25mm, and a slim 3mm thickness. Made from high-performance N45-grade Neodymium and finished with a Nickel coating for durability, it delivers a pull force of 7.13kg and a Gauss reading of -133. This magnet is identified by part number 23033.
Applications for Rare Earth Ring Magnets:
With its wide surface area and low profile, this ring magnet is ideal for use in specialised equipment such as audio recording devices, communication systems, and monitoring instruments like sensors. Its compact ring shape is particularly suited to modern electronic designs, where space is limited and high magnetic performance is essential.
The central hole allows for easy integration into plastic housings or moulded components, eliminating the need for bulky fixings or mechanical fasteners. This not only streamlines assembly but also helps reduce weight and production costs—making it an excellent choice for engineers and designers seeking efficiency without compromising on strength.
Rare Earth Ring Magnet - 57.25mm (OD) x 48.25mm (ID) x 3mm | N45
This strong Neodymium Ring Magnet features an outer diameter of 57.25mm, an inner diameter of 48.25mm, and a slim 3mm thickness. Made from high-performance N45-grade Neodymium and finished with a Nickel coating for durability, it delivers a pull force of 7.13kg and a Gauss reading of -133. This magnet is identified by part number 23033.
Applications for Rare Earth Ring Magnets:
With its wide surface area and low profile, this ring magnet is ideal for use in specialised equipment such as audio recording devices, communication systems, and monitoring instruments like sensors. Its compact ring shape is particularly suited to modern electronic designs, where space is limited and high magnetic performance is essential.
The central hole allows for easy integration into plastic housings or moulded components, eliminating the need for bulky fixings or mechanical fasteners. This not only streamlines assembly but also helps reduce weight and production costs—making it an excellent choice for engineers and designers seeking efficiency without compromising on strength.