How Does an Electromagnet Work?

Magnets are all around us. From cabinet latches and stereo speakers to material handling devices and manufacturing machines, they are used in countless commercial and consumer applications. While all types of magnets are capable of producing a magnetic field, some … Read More

What Is a Cup Magnet and How Do They Work?

Magnets come in a variety of shapes. Some of them are square, whereas others are rectangular. There are also round magnets, such as cup magnets. Cup magnets still produce a magnetic field, but they feature a round shape — as … Read More

An Introduction to Lifting Magnets and How They Work

Have you heard of lifting magnets? If so, you might be wondering how they work. Lifting magnets produce the same magnetic field as all other magnets. They are known as “lifting magnets,” however, because they are designed specifically to lift … Read More

How Ceramic Magnets Are Made

Ceramic magnets are used in countless applications. Also known as ferrite magnets, they are defined by their high iron content. All ceramic magnets are comprised primarily of iron, which is a ferromagnetic metal. Ceramic magnetics, however, typically don’t consist of … Read More

Types of Neodymium Magnet Coatings

Neodymium magnets are recognized for their superior strength. They create a stronger magnetic field than that of other permanent magnets. Most neodymium magnets, in fact, are over 10 times stronger than ceramic magnets. The problem with neodymium, however, is that … Read More

5 Facts About Electromagnets

Not all magnets consist of a solid piece of ferromagnetic material. Some of them are made of wire coils. Known as electromagnets, they use electricity to generate a magnetic field. As electricity flows through the wire coils, it becomes magnetized. … Read More

What Are Magnetic Catches?

Magnetic catches are used in a wide range of applications. You can find them on doors, cabinets, vehicles, electronic enclosures and more. Even if you’re unfamiliar with them, you’ve probably used a magnetic catch before. What are magnetic catches exactly? … Read More