NdFeB magnets has very high resistance to demagnetization
High energy for size.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
NdFeB magnets has very high resistance to demagnetization
High energy for size.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
NdFeB magnets has very high resistance to demagnetization
High energy for size.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
NdFeB magnets perform good in ambient temperature.
Moderately priced.
NdFeB magnets has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
Material: NdFeB
Shape: disc
Magnetization: Axial
Tolerance: +/- 0,1 mm
Coating: Nickel-plated (Ni-Cu-Ni)
Property: N48
Max. working temperature: 80ˇăC