News & Blogs

In the power system, transformer as the hub of power transmission and distribution, its iron core loss is the main crux of the energy waste of the power grid. For a long time, the traditional silicon steel sheet iron core dominates the transformer field. However, amorphous alloy core, with its unique amorphous material structure, can significantly reduce transformer no-load loss, and has become a core technology solution for building energy-efficient power transmission system.

Core-type and shell-type transformers have structural differences but uniform core material demands. Laminated silicon steel is their preferred choice for optimal performance and cost-efficiency, with future trends favoring energy-saving materials like amorphous alloys while it remains mainstream for traditional transformers.

Toroidal transformer cores feature a continuous closed-loop structure with almost no air gap, boasting high efficiency, low magnetic flux leakage, low noise and compact size. They are widely used in medical, audio, industrial, communication and new energy fields, serving as core magnetic components for efficient power conversion.