The function of a radial magnetized ring magnet is to generate a strong radial magnetic field within its magnetic field range.  This type of magnet can be used in various fields, and its main functions include the following aspects:

Magnetic separation: Radial magnetized ring magnets can be used to separate substances with different magnetic properties, such as cells, DNA, proteins, etc. in biological samples.  This is because different substances react differently to magnetic fields, and the magnetic field generated by a radial magnetized ring magnet can be used to separate different substances.

Chemical experiments: Radial magnetized ring magnets can be used for magnetic stirring and heating in chemical experiments, with high magnetic field strength, which can effectively stir and heat experimental materials.

Below is a radially magnetized ring neodymium magnet

Medical equipment: Radial magnetized ring magnets can be used in medical imaging instruments, magnetic resonance imaging instruments, and other devices to generate the required magnetic field for medical diagnosis or treatment.

Motors and Generators: Radial magnetized ring magnets can be used in motors and generators as permanent magnets or electromagnets to generate magnetic fields and make them work.

Other applications: Radial magnetized ring magnets can also be used in fields such as aerospace and mechanical processing, for various applications that require magnetic field generation.

In short, the main function of radial magnetization ring magnets is to generate magnetic fields, which can be used in various fields such as magnetic separation, chemical experiments, medical equipment, motors, and generators.

Our company is a professional motor magnet supplier, can provide you with ordinary radial magnetized ring magnet, can also provide multi-pole magnetized ring magnet, the material can choose ndFeb, ferrite, depending on your needs.

Related radial magnetic ring products column recommendation;

Multipole Ferrite Ring Magnet

Multipole Neodymium Magnets