Tel: +86-13817790968
Email: [email protected]
Tel: +86-13817790968
Email: [email protected]
Ever wondered how magnets cling to the door of your refrigerator? It’s amazing, isn’t it? This amazing feat of a ball sticking to the paddle has science behind it called a ceramic ferrite magnet. Make no mistake, these magnets are a prime mover in our everyday life.
These small disc magnets are extremely strong. Objects are attracted and repelled along invisible lines, they called these lines magnetic fields. Image Science is Magic!_QUEUECATEGORY_PADDING 0Marvel CDCShare These special magnets are built from three separate materials — iron oxide, strontium carbonate and ceramic powder. These magnets are made by blending the materials and heating them at a very high temperature. This approach results in a magnet that is both powerful and hard, and more often than not relatively inexpensive as well, which makes them hot candidates for many applications.
The production process of steel and magnets includes annealing or sintering. In other words we heat the material till they bond together well with one another. The magnets are cut into various shapes after they cool, and then a potent magnetic field is used to magnetize them. It strengthens the magnets and makes them more conductive in attracting other objects.
These steel and magnets have a lot to do with things we use everyday These are in general speakers, motors or even some toys! For speakers, they are those that transmit the electricity to sound for us to listen to our favorite music. We use them in countless handheld devices, washing machines, fans, cars — anything that needs to change electricity into movement (well-known examples would be electric motors).
The case of ceramic ferrite magnets is not lacking in good issues. For a start, they are durable and have good longevity, saving you from having to replace them too quickly. This is awesome, as it can save you time and money! They also have a great functionality even in extreme heats, that is crucial for specific industrial applications. In addition, ceramic ferrite magnets are resistant to rust, which makes them an ideal choice for heavy-duty applications where other types of magnets would not withstand the test of time. That durability is part of the reason that they are used for so many applications.
It is also very interesting to know how ceramic ferrite magnets are made being magnetic as well! The coil of wire is electrified, causing an electric current to pass through and creating the magnetic field. These lines align the tiny magnetic bits inside and magnetize the magnet. According to Gauss, after we have made the magnet and want to measure its strength. More Gauss = More Magnet
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