Tel: 13556601560     E-mail: salesd@dgcourage.com
Sitemap

China Courage Permanent Magnet Manufacturer

14 Years High Performance Permanent Magnet Supplier & Factory

English English
FAQs
FAQs

Why do crafts need thin magnets?

Thin magnets are high-performance magnet materials that are usually no more than 1mm thick and play an important role in the design and production of crafts, and today in this article you are introduced to the reasons and benefits of using thin magnets for handicrafts.


Thin magnets save space

The design of handicrafts often requires the incorporation of multiple elements in a limited space, and thin magnets, because of their extremely thin thickness, can be easily embedded or hidden in the work without affecting the overall aesthetics and functionality.


Thin magnets can be processed into a variety of shapes, round, rectangular is more common, you can add adhesive backing.

frfr.jpg


Thin magnets with low weight

Crafts often need to be easy to transport and display, and thin magnets are ideal due to their light weight and small size.


Thin magnets for easy hidden installation

Thin magnets can be easily hidden inside materials such as wood, paper or plastic to keep the appearance neat and tidy, meeting the requirement of aesthetics for handicrafts. It is widely used in hidden designs for photo albums, open and close boxes and decorative items.


Low cost of thin magnets

The relatively low cost of thin magnets, especially small-sized neodymium-iron-boron or rubber magnets, is ideal for crafts that require mass production.


Thin magnets have become a key material in handicraft design due to their space saving, enhanced functionality, and lightweight characteristics. Whether used for decoration, fixation, or enhancing interactivity, it can bring more possibilities to works.


Related Thin Magnet Recommendations;

Thin neodymium magnets

Thinnest neodymium magnet we can process is 0.4mm


Other thin magnet applications;

Application of Ultra Thin Magnets in Portable LED Lights

Advantages applications and precautions of small thin magnets

Prev: How do anti-interference magnetic rings work?

Next: null