Maximum Operating Temperature vs Curie Temperature Explained for Magnets
Discover the key differences between Maximum Operating Temperature and Curie Temperature in magnetic materials for optimal performance and reliability.
Discover the key differences between Maximum Operating Temperature and Curie Temperature in magnetic materials for optimal performance and reliability.
Discover how magnets produce electricity through electromagnetic induction with practical examples and high-quality magnetic materials from NBAEM.
Most people use magnets every day, but few understand their different types. Choosing the right magnet starts with knowing what options exist.
There are several types of magnets: permanent, temporary, and electromagnets. Each behaves differently depending on its structure and how it is energized.
In this article, I will break down the […]
Magnety sa zdajú jednoduché, ale držia kľúč k produkcii elektriny. Táto neviditeľná sila stojí za mnohými modernými energetickými riešeniami, ktoré používame každý deň.
Áno, magnety môžu generovať elektrinu procesom elektromagnetickej indukcie. Pohyb magnetu v blízkosti vodiča vytvára voltáž, čo vedie k prúdu.
Magnety sa zdajú jednoduché, no ich sila spočíva v neviditeľných silách, ktoré formujú modernú technológiu. Od vášho telefónu po elektrické motory, magnetizmus to všetko umožňuje.
Permanent magnetism refers to the consistent magnetic field produced by certain materials without the need for an external power source. It contrasts with […]
Imagine powering a device without batteries or fuel—just magnets and motion. That idea isn’t science fiction. It’s the basis of electromagnetic induction.
Yes, magnets can generate electricity. When a magnetic field moves past a conductor, it induces a current. This principle powers most generators used today.
Trvalé magnetické generátory menia spôsob, akým premýšľame o energii. Tradičné generátory sú objemné a vyžadujú neustále údržby. Ale PMG ponúkajú jednoduchšie a efektívnejšie riešenie.
A trvalý magnet generator uses magnetic fields from permanent magnets […]
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 […]
Viete, že nie všetky materiály sa správajú rovnako v magnetickom poli? Niektoré sú ťahané dovnútra, iné odstraňované preč. Pozrime sa, prečo.
Rozdiel medzi diamagnetickými a paramagnetickými materiálmi spočíva v ich magnetickej delikvencii a v tom, ako reagujú na vonkajšie magnetické polia.
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.