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Various Electromagnetic Protective Clothing
How electromagnetic wave protection works
EMS Padshields against low-frequency magnetic fields generated by induction cooking heaters (IH cookers), which conventional products had no protection against. The combination of a magnetic layer, a conductive layer, and an insulating layer diverts the energy of the low-frequency magnetic field. Furthermore, the low-frequency magnetic field is attenuated by repeatedly reflecting and absorbing it.
Magnetic field shielding requires thickness to achieve sufficient performance using magnetic material alone. Based on the theoretical formula for magnetic field shielding effect, we have developed a more efficient thin magnetic field shielding material EMS pad by multi-layering magnetic material with high magnetic permeability, conductive material with high conductivity, and insulating material.(Reference: EMS pad material performance test)
EMS Pad
Professional EMS pads that shield 20kHz to 60kHz low-frequency magnetic fields by 40dB (99%)(3-layer structure + laminated)Insert into the back pocket of the apron. *Lightweight and soft material.
※Enlarged cross-sectional view
Five-layer structure (thickness 0.7 mm) consisting of three layers of aluminum film and two layers of high-permeability magnetic material sheets
Structure of the electromagnetic wave shield "EMS pad"
3 layers (approximately 0.3 mm thick) | EMS pad size |
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Electromagnetic wave blocking rate: 99% (material value)![]() |
For chest and abdomen (3 layers)
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Furthermore, it is laminated, so it is stronger than the general-purpose version.
Magnetic field shielding performance of EMS pads (material value)
The electromagnetic shielding graph below shows the measurement of "shielding magnetic field strength" at frequencies from 30Hz to 100KHz. The light red area shows the strongest frequency band generated by induction cooking heaters (IH cookers). EMS pads shield low-frequency magnetic fields generated by induction cookers and other appliances, which conventional products had no protection against.