Iron based nanocrystalline alloy is a metal soft magnetic material with the best comprehensive performance. It has the characteristics of high saturation magnetic induction intensity, high permeability, low loss, etc., and has the advantages of double energy saving in preparation and application. It is the core basic material for improving power transmission efficiency and realizing electronic control/telecommunication/electromagnetic shielding. Widely used in power electronics, new energy vehicles, smart grid, information and communication and other strategic emerging industries.
As a key strategic material, iron based nanocrystalline alloy is included in the "Made in China 2025", "13th Five-Year National Key Project" and "National Natural Science Foundation" and other programs, and is also one of the key new materials supported by the "Strategic Research on the Development of science and technology in the Field of Materials to 2035" and the "14th Five-Year National Key Project".
In the power industry, soft magnetic materials play an energy conversion role in the process of electricity generation (generator), transmission (transformer) and utilization (motor). In the electronics industry, from 5G communication (wireless charging), automatic control (relays, magnetic amplifiers, converters) to radio, television and movies (recording, playing and erasing magnetic heads of sound images), to electronic computing technology (various ferromagnetic microwave devices), soft magnetic materials play an important role in information transformation, transmission and storage
Post time: 09-15-2024
Previous:
The Revolutionary Impact of Nanocrystalline Cores in Modern Technology
Next:
What are nanocrystalline cores for current transformers?
As a key strategic material, iron based nanocrystalline alloy is included in the "Made in China 2025", "13th Five-Year National Key Project" and "National Natural Science Foundation" and other programs, and is also one of the key new materials supported by the "Strategic Research on the Development of science and technology in the Field of Materials to 2035" and the "14th Five-Year National Key Project".
In the power industry, soft magnetic materials play an energy conversion role in the process of electricity generation (generator), transmission (transformer) and utilization (motor). In the electronics industry, from 5G communication (wireless charging), automatic control (relays, magnetic amplifiers, converters) to radio, television and movies (recording, playing and erasing magnetic heads of sound images), to electronic computing technology (various ferromagnetic microwave devices), soft magnetic materials play an important role in information transformation, transmission and storage
Post time: 09-15-2024