Magnets are everywhere, but few people know which one truly leads the pack in strength.
Neodymium magnets are the strongest permanent magnets available today, outperforming all other types in both magnetic strength and energy density.
ring […]
Magnet strength can be surprising. But how do we measure it without expensive lab tools?
A magnet pull force calculator gives a fast, theoretical estimate of how much weight a magnet can hold under ideal conditions.
Magnets are everywhere—from fridge doors to wind turbines—but what are they really made of, and why do some metals stick while others don’t?
Magnets are made of materials that can produce a magnetic field, usually metals like iron, nickel, or cobalt, or alloys that include these elements. […]
Rare earth magnets are everywhere—from your smartphone to your car. But most people don’t know what makes them different or why they cost more.
Rare earth magnets are the strongest permanent magnets, made from rare-earth element alloys like neodymium and […]
Struggling with cluttered spaces or disorganized tools? Magnetic hooks might be the simple solution you never knew you needed.
Magnetic hooks are versatile storage tools that use strong magnets to hang items on metal surfaces without drilling holes or using adhesives.
Hardware disease causes pain and serious loss in cattle, yet most farmers don’t notice the problem until it’s too late.
A cow magnet is a tool used to prevent hardware disease in cattle by attracting swallowed metal objects before they damage internal organs.
Rare earth export just got harder. If you rely on SmCo or NdFeB magnets, delays are coming—and your production schedule could take a hit.
China now requires export licenses for magnets containing rare earths like samarium, terbium, and dysprosium, making shipments slower and more complex.
Permanent magnets are everywhere—in motors, electronics, speakers. But not all magnets are made the same. Some are metallic, others are ceramic. Do you know the difference?
Ferrite is a type of magnetic material made from iron oxide and other metal oxides, with high electrical resistance. It’s used widely in […]
Many people think magnets are shaped once during production—but that’s not the case. Most magnets, especially rare earth ones, require careful machining to reach their final size and tolerance.
Machining rare earth magnets is essential because their hard and brittle nature prevents them from […]
Magnets come in all kinds of materials, sizes, and shapes. The shape of a magnet determines how it works, how it interacts with other things, and how it interacts with other magnetic fields. The shape of a magnet also determines how strong it is.
