News

From Smart Grids And Electric Vehicles To Smart Home Appliances And Mobile Ph...

Nanocrystalline ribbon is essential in modern electronics, from EVs to smart grids. Its nanoscale structure offers high permeability, low loss, and stability, enabling efficient, compact power cont...

Why Have You Hardly Heard Of Nanocrystalline Motors?

We always talk about amorphous motors, but why nanocrystalline motors are rarely adopted? It is well known that silicon steel is the mainstream material for stator cores of amorphous motors, follow...

Does The Continuous Rise in Copper Prices Bring Multiple Benefits To The Nano...

Global copper prices remain fluctuating at historically high levels, becoming a core cost pain point plaguing downstream manufacturing industries. As of May 12, 2026, the price of Shanghai Internat...

SUNBOW Quality Control Sharing – Magnetic Core -40℃~145℃ High And Low Tempera...

As a core component of electronic equipment, the stability of magnetic cores directly determines operational efficiency and service life. Whether in frigid outdoor environments or high-temperature ...

Why Are Nanocrystalline Ribbons Getting Thinner And Thinner?

Why Are Nanocrystalline Ribbons Getting Thinner and Thinner? 1. The Key Reason: Reducing Eddy Current Loss Nanocrystalline ribbon is a highly conductive metallic material. When exposed to a high-fr...

Chinese Transformers See Global Explosion in Orders

Chinese Transformers See Global Explosion in Orders: Opportunities for Amorphous & Nanocrystalline Soft Magnetic Materials Global orders for Chinese transformers are surging! Amorphous/nanocrys...

Amorphous Vs. Nanocrystalline: The Two Titans Of Soft Magnetic Materials – Wh...

Foreword Behind your energy-efficient air conditioner, fast-charging new energy vehicles, convenient wireless phone charging, and stable power grid operation lies an unsung hero: amorphous and nano...

Achieve High Efficiency & Low Loss: A Complete Guide To Amorphous & Nanocryst...

In power electronics, new energy, telecommunications and other fields, magnetic cores serve as key components for energy conversion and signal transmission. Their performance directly determines th...

Core Purpose And Annealing Methods Of Nanocrystalline Annealing

Core Purpose and Annealing Methods of Nanocrystalline Annealing The core purpose of nanocrystalline annealing is to achieve controllable crystallization, relieve internal stress, and optimize micro...