• Curved / Lobe-Type Winding Magnetic Shield
  • Curved / Lobe-Type Winding Magnetic Shield
  • Curved / Lobe-Type Winding Magnetic Shield
  • Curved / Lobe-Type Winding Magnetic Shield
Curved / Lobe-Type Winding Magnetic Shield
Curved / Lobe-Type Winding Magnetic Shield
Curved / Lobe-Type Winding Magnetic Shield
Curved / Lobe-Type Winding Magnetic Shield
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Curved / Lobe-Type Winding Magnetic Shield

Main products of the company: current transformer cores, transformer laminated cores, magnetic shielding, current transformer coils, etc. Certified by ISO9001 quality management system, ISO14001 environmental management system, and OHSAS18001 occupational health management system.

Product Description:

It employs 0.3 mm‑thick, low‑iron‑loss, high‑permeability cold‑rolled grain‑oriented silicon steel, along with a lobe‑like partitioned design that divides the shielding structure into multiple independent zones, each optimized for specific magnetic field strengths or frequencies. Multi‑layer shielding materials are used to enhance shielding effectiveness. Special geometric configurations—such as curved shapes and lobe‑like structures—minimize edge effects of the magnetic field and improve shielding uniformity, while an integrated thermal‑management design within the shielding structure prevents heat generated during coil operation from degrading shielding performance. This effectively isolates external magnetic fields from interfering with internal components (e.g., MRI coils) and safeguards against magnetic fields produced by the device from perturbing the surrounding environment.

Manufactured from high‑quality 0.3 mm cold‑rolled grain‑oriented silicon steel featuring low core loss and high magnetic permeability, the shield adopts a lobe‑like zoned design divided into multiple independent sections optimized for specific magnetic field intensity and frequency. Multi‑layer shielding materials are applied to enhance shielding performance. Special geometric configurations such as arc and lobe structures reduce magnetic edge effects and improve shielding uniformity. Integrated heat‑dissipation design prevents heat generated by coils from impairing shielding performance. It effectively isolates external magnetic interference to internal equipment (e.g. MRI coils) and avoids magnetic field disturbance from the equipment to the external environment.

 


Contact: General Manager Yao +86-13584935499

  • Product Description
  • Product Description:

    It employs 0.3 mm‑thick, low‑iron‑loss, high‑permeability cold‑rolled grain‑oriented silicon steel, along with a lobe‑like partitioned design that divides the shielding structure into multiple independent zones, each optimized for specific magnetic field strengths or frequencies. Multi‑layer shielding materials are used to enhance shielding effectiveness. Special geometric configurations—such as curved shapes and lobe‑like structures—minimize edge effects of the magnetic field and improve shielding uniformity, while an integrated thermal‑management design within the shielding structure prevents heat generated during coil operation from degrading shielding performance. This effectively isolates external magnetic fields from interfering with internal components (e.g., MRI coils) and safeguards against magnetic fields produced by the device from perturbing the surrounding environment.

    Manufactured from high‑quality 0.3 mm cold‑rolled grain‑oriented silicon steel featuring low core loss and high magnetic permeability, the shield adopts a lobe‑like zoned design divided into multiple independent sections optimized for specific magnetic field intensity and frequency. Multi‑layer shielding materials are applied to enhance shielding performance. Special geometric configurations such as arc and lobe structures reduce magnetic edge effects and improve shielding uniformity. Integrated heat‑dissipation design prevents heat generated by coils from impairing shielding performance. It effectively isolates external magnetic interference to internal equipment (e.g. MRI coils) and avoids magnetic field disturbance from the equipment to the external environment.

     

Main products of the company: current transformer cores, transformer laminated cores, magnetic shielding, current transformer coils, etc. Certified by ISO9001 quality management system, ISO14001 environmental management system, and OHSAS18001 occupational health management system.

Curved / Lobe-Type Winding Magnetic Shield

Main products of the company: current transformer cores, transformer laminated cores, magnetic shielding, current transformer coils, etc. Certified by ISO9001 quality management system, ISO14001 environmental management system, and OHSAS18001 occupational health management system.

Product Description:

It employs 0.3 mm‑thick, low‑iron‑loss, high‑permeability cold‑rolled grain‑oriented silicon steel, along with a lobe‑like partitioned design that divides the shielding structure into multiple independent zones, each optimized for specific magnetic field strengths or frequencies. Multi‑layer shielding materials are used to enhance shielding effectiveness. Special geometric configurations—such as curved shapes and lobe‑like structures—minimize edge effects of the magnetic field and improve shielding uniformity, while an integrated thermal‑management design within the shielding structure prevents heat generated during coil operation from degrading shielding performance. This effectively isolates external magnetic fields from interfering with internal components (e.g., MRI coils) and safeguards against magnetic fields produced by the device from perturbing the surrounding environment.

Manufactured from high‑quality 0.3 mm cold‑rolled grain‑oriented silicon steel featuring low core loss and high magnetic permeability, the shield adopts a lobe‑like zoned design divided into multiple independent sections optimized for specific magnetic field intensity and frequency. Multi‑layer shielding materials are applied to enhance shielding performance. Special geometric configurations such as arc and lobe structures reduce magnetic edge effects and improve shielding uniformity. Integrated heat‑dissipation design prevents heat generated by coils from impairing shielding performance. It effectively isolates external magnetic interference to internal equipment (e.g. MRI coils) and avoids magnetic field disturbance from the equipment to the external environment.

 

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