Ever wonder how engineers boost magnet power for high-performance uses?
You can enhance magnet strength by optimizing material, orientation, size, and processing techniques.
Let’s dive into practical ways to make magnets stronger and more reliable.
Are […]
Have you ever wondered what gives electric vehicles their power or your phone its vibration? It’s probably a neodymium magnet at work.
Neodymium magnets—also known as neomagnets—are the strongest type of permanent magnets made from neodymium, iron, and boron (NdFeB).
They are small […]
Do you know that not all materials behave the same in a magnetic field? Some get pulled in, others pushed away. Let’s explore why.
The difference between diamagnetic and paramagnetic materials lies in their magnetic susceptibility and how they respond to external magnetic fields.
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Do you need a magnetic field that’s strong on one side and nearly zero on the other? There’s a solution—no wires, just magnets.
A Halbach array is a smart arrangement of magnets that strengthens the magnetic field on one face while canceling it on the other.
Why do some materials become magnets while others don’t? The answer lies in a property called magnetic moment.
The magnetic moment is a vector quantity that expresses the strength and direction of a magnetic source, like an atom or a magnet.
It’s a fundamental […]
Did you know a generator can create electricity without fuel? Magnetic generators offer a smart, sustainable solution for power needs.
A magnetic generator uses permanent magnets to produce electrical energy, offering high efficiency and low maintenance.
From wind turbines to backup power systems, magnetic generators are reshaping how we generate electricity.
Ever wondered why a magnet stays magnetized long after it’s removed from a magnetic field? That’s remanence at work.
Remanence, or residual magnetization (Br), is the level of magnetism a permanent magnet retains after the external magnetic field is removed.
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Magnets are all around us, but have you ever stopped to think about what makes a magnet “permanent”? Let’s break it down.
A permanent magnet is made from a material that has been magnetized and can hold its magnetic field without needing electricity or another power source.
Magnets play […]
Have you ever wondered why some magnets are stronger in one direction than others? Let’s dive into anisotropic and isotropic magnets.
Anisotropic magnets are designed for strength in a single direction, while isotropic magnets offer flexibility but with lower magnetic performance.
Space may be vast and empty, but did you know magnets don’t need air, gravity, or even contact to do their job?
Magnets work perfectly in space because magnetic fields are not affected by gravity or air. They remain stable and effective even in a vacuum.
