Fine Eco Metal: Ultra-Thin Electrical Steel Strips for High-Frequency Energy Efficiency
NIPPON KINZOKU CO., LTD. and its subsidiary, NIKKIN DENJI KOGYO CO., LTD., are introducing a strategic sales campaign for their ultra-thin Grain-Oriented (GT Series) and Non-Oriented (ST Series) electrical steel strips branded as "Fine Eco Metal." The aim is to provide a balance of "Ultra-Thinness" and "Low Core Loss" to reduce high-frequency energy loss in response to the growing demand for electrification and energy efficiency in equipment.
In the context of the global shift towards a decarbonized society, there is a rising need to minimize energy loss, especially in high-frequency ranges. Leveraging their expertise in rolling and heat treatment technologies, the companies have developed ultra-thin electrical steel strips with superior magnetic properties under the "Fine Eco Metal" brand to cater to customers working on next-generation technologies.
The "GT Series" of ultra-thin Grain-Oriented Electrical Steel Strips offer high magnetic properties in a specific direction due to crystal grain orientation. These strips, thinner than conventional ones, significantly reduce eddy current loss in high-frequency applications such as transformers, reactors, and magnetic shielding.
On the other hand, the "ST Series" of ultra-thin Non-Oriented Electrical Steel Strips exhibit uniform magnetic properties in all directions, minimizing eddy current loss in motors. These strips contribute to higher efficiency and miniaturization of motor designs across a wide high-frequency range, making them suitable for applications like high-speed motors for drones, electric compressors, and medical equipment.
By expanding the availability of these products, NIPPON KINZOKU CO., LTD. and NIKKIN DENJI KOGYO CO., LTD. aim to support the development of high-efficiency motors, advanced power electronics, and high-frequency transformers, ultimately contributing to sustainable manufacturing practices. Visit their website for more information on their product lineup and applications.