cylinder neodymium magnet has very high resistance to demagnetization
High energy for size.
cylinder neodymium magnet perform good in ambient temperature.
Moderately priced.
cylinder neodymium magnet has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
cylinder neodymium magnet perform good in ambient temperature.
Moderately priced.
cylinder neodymium magnet has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
cylinder neodymium magnet has very high resistance to demagnetization
High energy for size.
cylinder neodymium magnet perform good in ambient temperature.
Moderately priced.
cylinder neodymium magnet has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
cylinder neodymium magnet perform good in ambient temperature.
Moderately priced.
cylinder neodymium magnet has low working temperature for heat applications, but higher levels of heat resistance materials are being introduced periodically.
Neodymium magnet (Nd-Fe-B) is one of the highest property and strongest permanent magnet by now, are made through powder metallurgy manufacturing techniques. They are mainly composed of neodymium(32%), iron(64%), boron(1%), and a few quantity rare earth material, such as Dy, Tb, Co, Nb, Ga, Al, Cu,etc.
Neodymium magnet (Nd-Fe-B) is one of the highest property and strongest permanent magnet by now, are made through powder metallurgy manufacturing techniques. They are mainly composed of neodymium(32%), iron(64%), boron(1%), and a few quantity rare earth material, such as Dy, Tb, Co, Nb, Ga, Al, Cu,etc.