Y30BH Sintered Ferrite Anisotropic Round Magnet Ø10x7mm

 

Y30BH Sintered Ferrite Anisotropic Round Magnet Ø10x7mm, Phyiscal Therapy Magnets, oriented (anisotropic) and non-oriented (isotropic) Low Cost Ferrite Round Disc Circle Magnet, Sintered Hard Ferrite Permanent Magnets for Hobbies, Crafts and Science, souvenirs fridge magnets, whiteboard magnets and educational magnets, Ceramic Circular Magnets China Supplier

Y30BH Sintered Ferrite Anisotropic Round Magnet Ø10x7mm PRODUCT SPECIFICATIONS:
Material : FERRITE Disc Magnet
Type : Permanent
Size : Diameter 10mm X  7mm height Ferrite disc magnet.
Shape : Disc, disk, round, circle
Grade: Y30BH
Colour : Dark charcoal gray
Depending on the application of our FERRITE Magnet, we have a choice of discs, rings and blocks.
Some applications are crafts, souvenirs, fridge magnets, whiteboard magnets.

Hard ferrite magnets are not children’s toys! They are extremely hard and brittle, because they are among the ceramic materials.

Ferrite discs are economic and quality components that can be found in diverse applications such as automation, control, measurement, and others. The whole group of ferrite discs are manufactured with a north pole and a south pole, located on the circular flat faces, thus having an axial magnetization.

Ferrite (Ceramic) magnet is manufactured from oxide materials using powder metallurgical process. ferrite magnet is most widely used because of its low cost, high-energy, good electric insulation and excellent resistance to demagnetization. The most common type of hard ferrite magnet is anisotropic strontium, anisotropic barium and isotropic barium magnet.
Ferrite (Ceramic) magnet has the following advantages: high coercive force, high electric resistance, long-time stability, and economical price. Phyiscal Therapy Round Circle Ferrite Magnets Y35, Y30 Hard Ferrite Discmagnet Ø8x2mm

Disc Ferrite Magnets, also called Ceramic Disc Magnets, come in a variety of sizes, as a low cost magnetic material they are to be found across a broad range of magnetic therapeutic uses, on the back of three dimensional fridge magnets and in school science projects.