• Clamp magnetic shielding
Clamp magnetic shielding
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Clamp magnetic shielding

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 cold‑rolled, grain‑oriented high‑permeability silicon steel with low iron losses and a thickness of 0.27 mm or 0.30 mm. This material is primarily used inside transformers, particularly in clamp components such as core clamps and winding supports, to minimize the impact of stray magnetic flux on the transformer’s structure and surrounding parts, thereby extending equipment life. By installing magnetic‑conductive materials in high‑field regions, the clamp shielding effectively guides and disperses the magnetic field, reducing localized overheating and electromagnetic losses, and enhancing transformer efficiency.

Made of high‑quality cold‑rolled grain‑oriented silicon steel with low core loss and high magnetic permeability in thicknesses of 0.27 mm and 0.3 mm. Mainly used inside transformers, especially in clamping areas (e.g. core clamps, winding supports), to mitigate leakage flux interference with transformer structures and adjacent components and extend service life. Installed in high‑magnetic‑field regions, these magnetic clamps guide and disperse magnetic fields effectively, reducing local overheating and electromagnetic loss and improving transformer efficiency.


Contact: General Manager Yao +86-13584935499

  • Product Description
  • Product Description :

    It employs cold‑rolled, grain‑oriented high‑permeability silicon steel with low iron losses and a thickness of 0.27 mm or 0.30 mm. This material is primarily used inside transformers, particularly in clamp components such as core clamps and winding supports, to minimize the impact of stray magnetic flux on the transformer’s structure and surrounding parts, thereby extending equipment life. By installing magnetic‑conductive materials in high‑field regions, the clamp shielding effectively guides and disperses the magnetic field, reducing localized overheating and electromagnetic losses, and enhancing transformer efficiency.

    Made of high‑quality cold‑rolled grain‑oriented silicon steel with low core loss and high magnetic permeability in thicknesses of 0.27 mm and 0.3 mm. Mainly used inside transformers, especially in clamping areas (e.g. core clamps, winding supports), to mitigate leakage flux interference with transformer structures and adjacent components and extend service life. Installed in high‑magnetic‑field regions, these magnetic clamps guide and disperse magnetic fields effectively, reducing local overheating and electromagnetic loss and improving transformer efficiency.

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.

Clamp magnetic shielding

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 cold‑rolled, grain‑oriented high‑permeability silicon steel with low iron losses and a thickness of 0.27 mm or 0.30 mm. This material is primarily used inside transformers, particularly in clamp components such as core clamps and winding supports, to minimize the impact of stray magnetic flux on the transformer’s structure and surrounding parts, thereby extending equipment life. By installing magnetic‑conductive materials in high‑field regions, the clamp shielding effectively guides and disperses the magnetic field, reducing localized overheating and electromagnetic losses, and enhancing transformer efficiency.

Made of high‑quality cold‑rolled grain‑oriented silicon steel with low core loss and high magnetic permeability in thicknesses of 0.27 mm and 0.3 mm. Mainly used inside transformers, especially in clamping areas (e.g. core clamps, winding supports), to mitigate leakage flux interference with transformer structures and adjacent components and extend service life. Installed in high‑magnetic‑field regions, these magnetic clamps guide and disperse magnetic fields effectively, reducing local overheating and electromagnetic loss and improving transformer efficiency.

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