What Happens When Neodymium Magnets Get Wet? Covers the risks of rust, loss of magnetic strength, and protective steps.【detailed】

Can Neodymium Magnets Be Used in Water? Discusses water exposure risks, corrosion, and protective coatings.【detailed】

Precautions for Transporting Neodymium Magnets. Key steps for safe and compliant shipping of strong magnets.【detailed】

Safe Storage Tips for Neodymium Magnets. How to store magnets to prevent damage, rust, and hazards.【detailed】

Effects of High Humidity on Neodymium Magnets. Explains corrosion, coating failure, and magnetic loss.【detailed】

What Happens to Neodymium Magnets in High Humidity? How moisture and corrosion impact magnet performance.【detailed】

Simple Tips to Maintain Neodymium Magnet Strength. How to protect neodymium magnets from demagnetization and ensure longevity.【detailed】

How to Prevent Neodymium Magnets from Demagnetization. Simple ways to protect magnetism and extend magnet lifespan.【detailed】

NdFeB magnets are mainly produced using a process called powder metallurgy. First, the raw materials—neodymium, iron, and boron—are melted together and then cooled into an alloy. This alloy is crushed into a fine powder, which is then pressed into a mold under high pressure.【detailed】

The working principle of NdFeB magnets relies on the alignment of microscopic magnetic domains within the magnet material. When neodymium, iron, and boron are combined and magnetized during manufacturing, the atoms inside the material are forced to point in the same direction.【detailed】