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Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
Floor 1-2, Building 4, No.1628 Lizheng Road, Lingang New Zone, Shanghai
The strong affection that magnetic rods have for each other is an ever-present one, but its force is evidenced in a variety of ways. These little sticks can magically attract particular types of metal to them, as if they have had a secret super physcic ability. But what’s so special about magnetic rods? So let’s take a closer look at the mysterious world of magnets and find out how they do the amazing things that they do.
Investigating the science of magnetic rods we find that they are built from small particles which go by the name of atoms. These atoms have a feature known as magnetic moment, like a small arrow that is oriented in a particular direction. A magnetic field is produced when numerous atoms orient their magnetic moments in the same direction. That field is what makes magnetic rods so attractive.
How magnetic rods are transforming industries makes for an interesting story. In the past, industry would depend on large machines to separate metal from other materials:. But with the development of magnetic rods, the procedure is now far easier. Today, the man who changed fluids industry forever, with this proprietary technology, Magnetic Rod, and allowed industry to easily remove metal from other matter, thus saving a lot of time and money.
The advantages of mags in your everyday life are countless. Whether holding up important notes on the fridge to sweeping the floor for stray metal objects, magnetic rods are a fixture in many homes. Their flexibility and power also make them a handy tool for any project that could use a bit of magnetism.
Imagine the future in which the promising magnetic rods are exploited for applications. Inventors and scientists are also finding new applications of magnetic rods in innovative ways. The potential uses could range from inventing a new medical device to designing a better transportation system. MagLand is leading this innovation, continually pushing how magnetic rods can be used.
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