Product Announcements:
Rare-Earth Magnets

Micromagnets are typically made of rare earth magnetic materials and are available in different coating options such as parylene, tin, nickel, and other materials. Read more...

They are assembled with a NdFeB disk magnet and soft steel cover with tap bolt on the top. Read more...

They are assembled with a NdFeB disk magnet and steel hook on the top. Read more...

Arnold presents customers with answers to electric transportation’s most pressing design and manufacturing challenges. One of which is electrical motors’ high-power density challenge.

Electric motors for traction drive motors typically demand higher power densities than regular induction motors used in the industrial market. This leads transportation motor designers to... Read more...

Versatile and Convenient Magnetic Solution for Indoor and Outdoor Use Read more...

Sumitomo Special Metals, the Nd2Fe14B magnet is the most widely used rare-earth magnet due to its superior magnetic properties. Read more...

Samarium Cobalt magnets are high-performance energy products ranging to 32MGOe. SmCo magnets are better able to withstand higher temperatures than other rare earth magnets. Its biggest advantage is its high working temperature—350 degree centigrade. It needn’t be coated because it is difficult to be eroded and oxidized. Read more...

Samarium cobalt (SmCo5) was the first rare-earth magnet material developed in the early 1960s. Read more...

Discover the versatility of our powerful rare earth magnets, designed for suspending cabling, lighting, and creating temporary fixtures in construction, trade work, and market exhibits. Read more...

Compression molded NdFeB magnets require a coating treatment to prevent corrosion and maintain optimal performance, especially in humid environments. Coating not only prevents oxidation but also ensures that no magnetic powder is lost from the surface. X-mag offers in-house coating services for Compression molded NdFeB magnets, using high-quality electrophoretic, spray epoxy, and parylen... Read more...