Advantages of thin-gauge electrical steel strips
Very
small core loss at high frequencies
The thickness significantly effects core loss, therefore, allowing thin with very low core loss at high frequencies to contribute to higher efficiency and saving energy.


High
saturated flux density
Thin-gauge electrical steel srips contribute to downsizing of high frequency reactors and transformers due to high saturation flux density.

Non-oriented
thin-gauge electrical steel strips have the same properties
Non-oriented thin-gauge electrical steel strip is the ideal material due to its low core loss and high saturation flux density.

Thin-gauge
electrical steel strips have excellent insulation coating
Thin-gauge electrical steel strips have inorganic insulation
coating. This coating allows excellent insulation, which enables the
best stress relief annealing.