Rare‐earth Magnets

Applications of Neodymium Magnets:

Lifting

We supply Neodymium permanent magnet lifters that operate using the magnetic force generated by NdFeB magnet arrays. These devices are manufactured to meet industry specifications.

Wind Turbine

We deliver Neodymium magnets that are used extensively in commercial wind turbines. Their application contributes to achieving energy efficiency exceeding 90% and reliable operation of the generator system.

Generator

We provide Neodymium magnets for commercial generators. Their utilisation helps achieve high energy efficiency and reliable overall generator system performance.

We manufacture various shapes as follows:

Neodymium arc magnets
Neodymium block magnets
Neodymium axially magnetised magnets
Neodymium cylindrical magnets
Neodymium disc magnets
Neodymium ring magnets
Other Neodymium magnet products

Whilst ferrite or ceramic magnets typically exhibit magnetic field strengths ranging from 0.5 to at least 1 Tesla, there are two types of rare‐earth magnets: Neodymium magnets and Samarium–Cobalt magnets. Magnetostrictive rare‐earth magnets made from Terfenol‐D are applied in devices such as loudspeakers. Rare‐earth magnets are brittle and prone to corrosion; consequently, they are usually coated or encased to protect against fracture, chipping or crumbling.

The website www.stanfordmagnets.com is one of our subsidiary sites dedicated exclusively to rare‐earth magnets. It provides detailed specifications for all products and services. For further details, you may contact us by email at sales@stanfordmagnets.com or telephone at (949) 407-8902. You are welcome to visit our website at www.stanfordmagnets.com to obtain information regarding our products, services, pricing and news.

We Supply Rare‐Earth Magnets as Follows:

Neodymium magnets
SmCo magnets
Ferrite magnets
AlNiCo magnets
NdFeB alloy flakes
Small magnets

Neodymium magnets, also known as NdFeB, NIB or Neo magnets, are the most widely produced type of rare‐earth magnet. They are permanent magnets composed of an alloy of neodymium, iron and boron with the tetragonal crystal structure Nd2Fe14B. They have replaced other magnet types in many modern applications that require permanent magnets, for example in motors for cordless tools, hard disk drives and magnetic fasteners.

Rare‐Earth Magnets Video