Samarium cobalt magnets, also known as samarium cobalt magnets, are an alloy composed of two basic elements: samarium and cobalt. SmCo magnets are permanent and rare earth magnets available in a varie...
As the name suggests, NdFeB powerful magnets are mainly made of three materials: neodymium, iron, and boron. Of course, there will be other element materials. After all, the ingredients of different p...
Ferrite magnets are permanent magnets mainly made of SrO or BaO and Fe2O3. Compared to other permanent magnets, ferrite magnets are hard and brittle, with lower magnetic energy. However, it is not eas...
The cylindrical and round shaped ceramic magnets are not called as ceramic cylinder(rod) magnets,they are not as strong as neodymium magnet rod, but they are less expensive hand have excellent resistance to demagnetization.
Ceramic Cylinder Magnets Are Sometimes Preferred Over Neodymium Cylinder Magnets
Although ferrite（ceramic）cylinder/rod magnets are rather brittle,they possess good resistance to corrosion and can be used in high temperatures. When looking for a cost effective alternative with good demagnetization resistance, the ceramic cylinder magnets are preferred over neodymium cylinder magnets. Cylindrical ferrite(ceramic) magnets are used in motors, water conditioning and reed switches. Ceramic /ferrite magnets suppress high frequency noise in electronic circuits. This makes them ideal for speakers and car audio systems.
Not as strong as rare Earth neodymium magnets – typically offering around 1/7th the pull force of similarly sized neodymium magnets.
Custom shapes can carry mould charges.
When taken to around -20 degrees C (-4F) and colder, the Intrinsic Coercivity (Hci) falls to a level that risks the magnet possibly starting to demagnetise (depending on the shape and the application).
Ceramic Cylinder magnets are used in applications that involve a magnetic field with a longer field reach, including sensors, speakers, consumer products, consumer electronics, read switches and meters. If you require a specific size that is not available on our website, please contact us for a custom magnets offer .
Do not corrode in water.
Can be used up to +250 degrees C (482F)
Sometimes up to +300 degrees C (572F) in special circumstances.
High coercivity (Hci) that increases as magnet heats up.
Electrically insulating.
Relatively low cost - good for cost saving projects.
THANK YOU FOR YOUR ATTENTION ON Meank.
