RL62 SrFe Magnets
Magnetic cores
RL62 SrFe
Magnetic cores
The SrFe magnetic cores are composed of about 80% iron oxide and 20% compressed strontium ferrite and then sintered. Press forming takes place in a magnetic field. In this way, a preferential orientation (anisotropy) is determined in the magnetic core and thus a considerable improvement in remanence is obtained. Reverse magnetization at the preferred orientation is not possible. The magnetic cores below are magnetized with the preferred orientation indicated N-S. Strontium ferrite magnetic cores correspond in their hardness and fragility to a ceramic material. Machining is only possible by diamond grinding. They are insensitive to demagnetizing influences and retain unlimited magnetism. Like any ceramic material, they are insensitive to weather conditions, do not oxidize and are resistant
Magnets
- Magnet material
- Hard anisotropic ferrite
- Material composition
- SrFe
- Energy product (B x H)
- 27 kJ/m³
- Remanence Br
- 380 mT
- Champ coercitif BHC (T=20°C)
- 225 kA/m
- Champ coercitif JHC (T=20°C)
- 240 kA/m
- Max. temperature of use
- 200 °C
- Curie point
- 450 °C
- Inside diameter
- 6,2 mm
- Shape
- ring
- External diameter D
- 15 mm
- Dimension L
- 3 mm
- Product range
- Magnetic cores