Anisotropic Magnet - A magnet having a preferred direction of magnetic orientation. Coercive force - The demagnetising force, measured in Oersteds necessary to reduce the induction, B to zero after a magnet has been previously saturated. Curie temperature - The transition temperature above which a material loses its magnetic properties. Flux - The...
There are numerous factors to consider when selecting the appropriate magnet for your needs, and one important variable is the orientation of the metal surface you intend to attach the magnet to. The listed pull force for each magnet on our website is measured by lifting or bonding it to a...
This is one of the most common questions we receive. In most cases, the specific application will determine the type of adhesive you should use, but choosing the wrong one can lead to the magnet being pulled off the surface it’s attached to. This is especially true for Neodymium magnets, given...
Our N52M Magnets are made from the strongest grade of Neodymium material currently available. In our magnetic separation equipment, this magnet allows us to reach up to 14,000 gauss for the strongest magnetic field possible. Rare Earth Neodymium Magnets are the strongest magnets commercially available and are perfect for...
Remagnetising a magnet is simpler than you might think. All you need is a Neodymium magnet that has greater magnetic strength than the one you're trying to remagnetise. Neodymium, or Rare Earth magnets, are the strongest type available, making the process easier and more efficient. The remagnetising process involves connecting...
Electromagnets generate a magnetic field without relying on mineral-based magnetic materials. Instead, they use alternating or direct electric currents flowing through copper coils to produce magnetism. Once the power supply is switched off, the magnetic field disappears. This ability to control the magnetism by simply turning the power on or...
Avoid injury or damaging your new magnets by not allowing them to come together or impact metallic objects with force as they will chip or break. Follow the below steps to break apart your magnets in a safe and controlled manner. Ensure that operators are wearing proper personal protective equipment being...
Magnets especially Neodymium Magnet are very hard and brittle, so machining is difficult at best. The hardness of the material is RC46 on the Rockwell “C” scale, which is harder than commercially available drills and tooling, so these tools will heat up and become damaged if used on Knife...
