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Magnetic Calculator
NdFeB Cube Gauss Calculator
Length: *
mm
Width: *
mm
Height: *
mm
Chamfer Angle: *
°
Chamfer Radius: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
NdFeB Cylinder Gauss Calculator
Diameter: *
mm
Length: *
mm
Chamfer Angle: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
NdFeB Ring Gauss Calculator
Outside Diameter: *
mm
Inner Diameter: *
mm
Length: *
mm
Chamfer Angle: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
SmCo Cube Gauss Calculator
Length: *
mm
Width: *
mm
Height: *
mm
Chamfer Angle: *
°
Chamfer Radius: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
SmCo Cylinder Gauss Calculator
Diameter: *
mm
Length: *
mm
Chamfer Angle: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
SmCo Ring Gauss Calculator
Outside Diameter: *
mm
Inner Diameter: *
mm
Length: *
mm
Chamfer Angle: *
°
Residual Magnetism: *
Gauss
Positive Difference: *
Negative Difference: *
Calculation Result
Nominal Volume:
mm³
Standard Magnetic Moment:
uVs·cm
Positive Deviation of Magnetic Moment:
uVs·cm
Negative Deviation of Magnetic Moment:
uVs·cm
Note:
• The calculation result is the magnetic force at the center point of the magnet’s N/S pole surface, with the thickness defined by the magnetization direction.
• For materials of grades M, H, SH, UH, EH, and AH, the magnetic force is the same as that of the corresponding N-grade material. Therefore, in terms of magnetic properties, N35 = N35M = N35H = N35SH = N35UH = N35EH = N35AH, and so on.
