-
What are Magnets?
-
-
Disc Magnets
-
Rod Magnets
-
Block Magnets
-
Ring Magnets
-
Arc Magnets
-
Sphere Magnets
-
Cone Magnets
-
Countersunk Magnets
-
Custom Magnets
-
Hook Magnets
-
Eyelet Magnets
-
POT Magnets
-
Rubber Coated Pot
-
Disc Magnets
-
Block Magnets
-
Ring Magnets
-
Arc Magnets
-
Custom Magnets
-
Disc Magnets
-
Block Magnets
-
Ring Magnets
-
Arc Magnets
-
Custom Magnets
-
Disc Magnets
-
Block Magnets
-
Ring Magnets
-
Arc Magnets
-
Custom Magnets
-
Magnetic Field Calculation
- Gauss Calculator
- Disc Shape
- Square Shape
- Weight Calculator
- NdFeB Magnet
- SmCo Magnet
- AlNiCo Magnet
- Ferrite Magnet
NdFeB Disk Gauss Calculator
Fill In This Form
- Magnet Performance：
- Remanence Br：
- Gauss
- Diameter d：
- mm
- Thickness h：
- mm
Note: Please fill in the specific parameters of the magnet you need, you can calculate the corresponding value of the magnet. You can also compare the following magnet diagram.
View Results
- Magnetic field intensity Bp：
- Gauss
Remarks：
1.The calculated result is the magnetic force of magnet surface center and the magnetization get through thickness .
2.The magnetic force accosiate with residual industion ,so if the magnet size and residual industion are same, whatever N,M,H,SH,UH,EH or AH, the surface magnetic field will be same.
1.The calculated result is the magnetic force of magnet surface center and the magnetization get through thickness .
2.The magnetic force accosiate with residual industion ,so if the magnet size and residual industion are same, whatever N,M,H,SH,UH,EH or AH, the surface magnetic field will be same.
NdFeB Square Gauss Calculator
Fill In This Form
- Magnet Performance:
- Remanence Br：
- Gauss
- Length l：
- mm
- Width w：
- mm
- Thickness h：
- mm
Note: Please fill in the specific parameters of the magnet you need, you can calculate the corresponding value of the magnet. You can also compare the following magnet diagram.
View Results
- Magnetic field intensity Bp：
- Gauss
Remarks：
1.The calculated result is the magnetic force of magnet surface center and the magnetization get through thickness .
2.The magnetic force accosiate with residual industion ,so if the magnet size and residual industion are same, whatever N,M,H,SH,UH,EH or AH, the surface magnetic field will be same.
1.The calculated result is the magnetic force of magnet surface center and the magnetization get through thickness .
2.The magnetic force accosiate with residual industion ,so if the magnet size and residual industion are same, whatever N,M,H,SH,UH,EH or AH, the surface magnetic field will be same.
NdFeB Magnet
Disc
- Diameter：
- mm
- Thickness：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Ring
- External Diameter:
- mm
- Internal Diameter:
- mm
- Height:
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Square
- Length:
- mm
- Width:
- mm
- Height：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Sphere
- Diameter:
- mm
- Weight：
- g
- Number:
- Total weight:
- g
SmCo Magnet
Disc
- Diameter：
- mm
- Thickness：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Ring
- External Diameter:
- mm
- Internal Diameter:
- mm
- Height:
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Square
- Length:
- mm
- Width:
- mm
- Height：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
AlNiCo Magnet
Disc
- Diameter：
- mm
- Thickness：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Ring
- External Diameter:
- mm
- Internal Diameter:
- mm
- Height:
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Square
- Length:
- mm
- Width:
- mm
- Height：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Ferrite Magnet
Disc
- Diameter：
- mm
- Thickness：
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Ring
- External Diameter:
- mm
- Internal Diameter:
- mm
- Height:
- mm
- Weight：
- g
- Number:
- Total weight:
- g
Square
- Length:
- mm
- Width:
- mm
- Height：
- mm
- Weight：
- g
- Number:
- Total weight:
- g