Learn about the impact of temperature on magnet performance and how to protect magnets from thermal and mechanical stress.
Magnets with small volume and strong magnetic force are affected by temperature changes. Heating a magnet can reduce its magnetic strength and, if it exceeds the Curie temperature, cause permanent loss of magnetism. Cooling, on the other hand, may help maintain or slightly increase magnetic force. To avoid impact and damage, never expose magnets to rapid or extreme temperature changes. Sudden shifts can cause cracks or even shattering. Always handle magnets with care, store them in temperature-controlled environments, and avoid letting them collide during thermal changes. This approach ensures the magnet’s power and lifespan are protected, providing reliable performance for various applications.
Tag: small volume, strong magnetic force, avoid impact
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