Neodymium rodmagnets

The advantage of our neodymium rodmagnets is their easy handling. Thanks to their elongated shape, they are easy to grip - and can therefore be used on pin boards, for example. By stringing together individual magnets, you can create neodymium rodmagnets of any length - whether you prefer large rodmagnets or small rodmagnets. Almost all models have the north and south poles on the flat circular surfaces (axial magnetization). However, some designs are magnetized diametrically (through the diameter). In this category we offer you high-quality neodymium rodmagnets in different sizes, which you can buy from us at reasonable prices!

What are the main uses of neodymium magnetic rods?

If you buy a practical neodymium magnetic bar, you have a whole range of applications open to you:

• Clasp for fine jewelry
• Creative home furnishings
• Practical helper for school and office
  
  

Another highlight of our versatile power packages: neodymium magnetic rods can be divided on the circular surfaces in such a way that a new north and south pole is created. They are therefore not only efficient but can even be multiplied.

In which areas can neodymium rodmagnets also be used?

Thanks to our wide selection, you will find the right neodymium rodmagnet for your needs for every purpose. In industry, rods made of neodymium alloy (neodymium iron boron NdFeB) are used as coupling elements, for example, because these super magnets have an extremely high adhesive force. Nails or metal shavings can also be easily collected with long rodmagnets. So, you don't have to laboriously bend down for individual metal parts. In the household, you can use neodymium rodmagnets to hold ferrous crockery or cutlery with a rod hanging from the ceiling. A functional permanent magnet in the form of a rod quickly becomes an attractive decorative element in your own four walls.

Are neodymium rodmagnets suitable for whiteboards and magnetic boards?

You can easily attach the following items to a whiteboard with our rod-shaped super magnets:

• Photos
• Notes
• Drawings
• Flyers
• and much more
  
  

The advantage here is obvious: due to their shape, size and height, neodymium rods are easier to grip on a magnetic board than, for example, flat neodymium disc magnets. When it comes to adhesive force, rodmagnets are in no way inferior to disc magnets thanks to their neodymium-iron-boron alloy (NdFeB). They are also ideal to be used as permanent magnet mounts.

Buy neodymium rodmagnets: Chic magnetic clasps for jewelry

Complicated clasps on a chain or bracelet can sometimes drive you insane. You can remedy this with a clasp made of two small neodymium rodmagnets in a precious metal look. You only must attach the small rods once to both ends of a piece of jewelry and the two permanent magnet ends can be closed again and again thanks to their magnetic interaction. Small magnetic rods with a small diameter are particularly suitable here. A nickel coating also ensures a noble look.

Are strong rodmagnets suitable for experiments at school?

Children learn practically - and this is exactly what our large neodymium rodmagnets meet. Here the inquisitive youngsters learn that many materials react to magnets. Whether it's a nail, a paper clip, or a Matchbox car - metallic objects are magically attracted by our neodymium rodmagnets, while corks or plastic don't move an inch. Neodymium rodmagnets with a colored marking (red/green) are often required for school supplies. A large selection of these school blocks and horseshoes can be found in our school magnets.

For older semesters, the magnetic field lines can be traced with strong neodymium rodmagnets and iron filings - an experiment that is compulsory in school. Our neodymium rodmagnets are also suitable for experiments with a compass, as they influence the natural magnetic field and can reproduce it in a way that is visible.

Strong neodymium rodmagnets for sculptures

Are you artistically talented and would you like to try something new? Then try our kinetic sculptures. For example, try attaching small and large rodmagnets to neodymium magnetic spheres from our range. In this way, sun-like, three-dimensional figures can be constructed, and many other simple and complex designs can be implemented. You can always reassemble the figures as needed. They offer a great playful approach for the home or office.

What does the magnetization direction of neodymium rodmagnets mean?

As soon as we split a rod-shaped super magnet into two parts at the circular areas, it has a north and a south pole. The adhesive force of a neodymium magnetic rod is strongest at its poles. In the center they have no relevant magnetization. The direction of magnetization is determined by the length of the magnet axis. A rod magnet with dimensions of 15 x 8 x 5 millimeters with a magnetization direction through 5 millimeters has its poles on the large rectangular areas. If the direction of magnetization were specified as 15 millimeters, the poles would be on the narrow side surfaces.

What are axially magnetized rodmagnets?

Usually, most of the neodymium magnetic rod that you find in our magnet shop are axially magnetized. This means that the north and south poles are at the end of the neodymium rodmagnet. This can be transferred to a compass. Like a compass needle, the magnets react to objects. In their midst there is hardly any attraction.

What are diametrically magnetized rodmagnets?

In exceptional cases, our neodymium magnetic rods can also be diametrically magnetized. With this type of magnetism, the north and south poles of the bar are not at the end, but on the long side of the product. The magnetic waves emanate from the left and right sides and not, as usual, from above or below. If several neodymium rod magnets are coupled together, this is done with axially magnetized rod magnets like on a freight train, while diametrically magnetized bars can be lined up next to each other like fish sticks on the baking tray.

Do you have any further questions about our neodymium rod magnets? Then please contact us before placing your order.