Neodymium Sphere

Neodymium magnetic spheres, also known as spherical magnets or magnetic balls, are used in many applications, including:

Toys and educational applications
Jewelry and crafts
Magnetic therapy
Industrial and engineering applications
Scientific research

These magnets are manufactured using rare earth sintering, a process that achieves the highest levels of magnetic attraction. Their strength makes them particularly suitable for situations where high magnetic force is required in confined spaces.

Magnetic spheres are ideal for a wide range of applications, from everyday professional office use to arts and crafts and model making. They also feature a nickel coating for increased durability and protection.

At Magnetplastisc, we manufacture magnetic spheres of the highest quality. Our magnetic balls are renowned for their strength and durability and are designed to meet the needs of each customer. From craft enthusiasts to technology professionals, our products are suitable for a variety of applications, always ensuring maximum efficiency and durability.

Neodymium spheres offer creative and innovative solutions to meet a variety of needs. Whether in art, education, decoration, or entertainment, their powerful magnetic force and compact size open up a world of possibilities.

For craft and modeling enthusiasts, our neodymium spheres are indispensable tools. Their magnetic force allows artists and modelers to easily create and maintain complex structures. These spheres are perfect for experimenting with geometric patterns and adding a magnetic touch to your models and art projects. Furthermore, their small size and ability to adhere firmly to each other make them ideal for miniatures and detailed models. Magnetic boards, whiteboards, and refrigerators

They’re also perfect for refrigerators, not only as decoration but also as practical holders for shopping lists or children’s drawings.

In the world of fashion and interior design, neodymium balls can be exceptional tools for draping fabrics, allowing designers to experiment with folds and shapes without damaging the material. Their magnetic force holds fabrics in place, making it easier to visualize designs before final production.