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  • Q:Can neodymium magnets damage electronics?

    A: Some magnetic media, such as credit cards, magnetic ID cards, magnetic cassettes and video tapes can be damaged by strong neodymium magnets, the strong magnetic filed can also damage TVs, computer monitors and other CRT monitors.


  • Q:Will two superimposed magnets make them stronger?

    A: Yes, when two or more magnets are stacked together, they will become stronger, but due to the nature of the material, they will not always become stronger in proportion.

  • Q:Can you offer custom permanent magnets?

    A: Yes, we can offer all kinds of custom permanent magnets, including neodymium,smco,ferrite and alnico magnets. 

  • Q:What kind of materials can be attracted by a permanent magnet?

    A: Any kind of ferromagnetic material will be attracted by a permanent magnets. Objects made of iron, nickel or cobalt are the most common metals that attract magnets.

  • Q:Can the magnet with 20kgs pull force lift a 20kgs object?

    A: The magnetic pulling force of magnet is measured under ideal conditions, so it can not reach the same strength in practical application.

  • Q:Why are coatings needed for neodymium magnets?

    A: Neodymium magnets are made of neodymium, iron and boron. The iron from the neodymium magnet will oxidize quickly and will rust over time, the coating protects the neodymium magnet from rusting.

  • Q:What are the main advantages and disadvantages of NdFeB magnets?

    A: NdFeB magnet has the advantages of high cost performance and good mechanical properties; The disadvantage is that the Curie temperature point is low, the temperature characteristics are poor, and it is easy to be powdered and corroded. It must be improved by adjusting its chemical composition and adopting surface treatment methods in order to meet the requirements of practical application.

  • Q: What is the strongest magnet in the world?

    A: The strongest magnet in the world is rare earth neodymium magnet, while the strongest magnet in the environment above 200 ℃ is samarium cobalt magnet.