 |
| Quantity: | |
|---|---|
Y10T,Y25,Y30,Y33,Y35, Y30BH,Y33BH,etc
Y10T,Y25,Y30,Y33,Y35, Y30BH,Y33BH
Super
150 longton/month
Anhui,China
Standard Export Carton
Piece/High Grade Arc Magnet
150 longton/month
1 High Grade Arc Magnet
5 days after deposit
1
T/T
Ferrite magnets are manufactured mainly of strontium or barium ferrites and iron oxide. Hard Ferrite (Ceramic)
magnets are produced as Isotropic and Anisotropic types. Isotropictype magnets are produced without orientation
and can be magnetized in any direction. On the other hand,Anisotropic magnets are exposed to an electromagnetic field
during their process to achieve higher magnetic energy and properties. This is done by pressing dry powders or slurry into
a desired die cavity with or without orientation. After the compaction into the dies the parts are exposed to a high temperature,
a process known as sintering. This process allows them to hold the shape of the part and gives them mechanical and magnetic
strength, and produces hard brittle parts. Because of their physical strength they should not be used as a structural part in any
assembly. The grinding process using diamond grinding wheels allows for close dimensional tolerances.
Ferrite (Ceramic) magnets have good resistance to demagnetization and with their high Curie temperature they have
excellent high working temperatures and most of all they have excellent resistance to corrosion. Ferrite (Ceramic) magnets
are excellent choices for many applications due to their economical low price and abundance of raw materials and they
do not fluctuate much in price.
They are the most widely used magnets in a wide range of applications. Ferrite (Ceramic) magnets come in a variety of shapes;
round, square, rectangular, arc segments, triangle, rings and special shapes.
Ferrite magnets are manufactured mainly of strontium or barium ferrites and iron oxide. Hard Ferrite (Ceramic)
magnets are produced as Isotropic and Anisotropic types. Isotropictype magnets are produced without orientation
and can be magnetized in any direction. On the other hand,Anisotropic magnets are exposed to an electromagnetic field
during their process to achieve higher magnetic energy and properties. This is done by pressing dry powders or slurry into
a desired die cavity with or without orientation. After the compaction into the dies the parts are exposed to a high temperature,
a process known as sintering. This process allows them to hold the shape of the part and gives them mechanical and magnetic
strength, and produces hard brittle parts. Because of their physical strength they should not be used as a structural part in any
assembly. The grinding process using diamond grinding wheels allows for close dimensional tolerances.
Ferrite (Ceramic) magnets have good resistance to demagnetization and with their high Curie temperature they have
excellent high working temperatures and most of all they have excellent resistance to corrosion. Ferrite (Ceramic) magnets
are excellent choices for many applications due to their economical low price and abundance of raw materials and they
do not fluctuate much in price.
They are the most widely used magnets in a wide range of applications. Ferrite (Ceramic) magnets come in a variety of shapes;
round, square, rectangular, arc segments, triangle, rings and special shapes.
