disc neodymium magnets are hard, brittle and easily corrode.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
disc neodymium magnets are hard, brittle and easily corrode.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
disc neodymium magnets are hard, brittle and easily corrode.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
It's moderate temperature stability.
It's working stability is under 80ˇăC for low Hci Neodymium magnets.
It's (BH)max reaches up to 51MGOe .
The intrinsic coercive force of disc neodymium magnets is over 30,000 Oe.
Material: NdFeB
Shape: block
Magnetization: Axial
Tolerance: +/- 0,1 mm
Coating: Nickel-plated (Ni-Cu-Ni)
Property: N48
Max. working temperature: 80ˇăC