This article will introduce the technical characteristics, application prospects, and potential impact on the industrial field of high-temperature magnets.

The characteristics of soft magnetic materials are high permeability, low coercivity, and low hysteresis loss. They are suitable for electromagnetic induction tissues of rotating motors, transformers, various household appliances, and other welding equipment with high magnetic induction intensity and low kinetic energy consumption.

Summary: Magnetic materials are a class of materials with unique magnetic properties that find wide-ranging applications in various fields. Their magnetic properties enable them to play a vital role in electronics, communications, energy, medical, and automotive industries. The following introduces some common types of magnetic materials and their applications.

Researchers at Ames National Laboratory in the United States have developed a new machine learning model that can predict the Curie temperature of new material combinations (the highest temperature at which the material maintains magnetism) for searching for permanent magnet materials that do not contain key elements.

Magnetic materials are important foundational materials in the production process of the national economy, widely used in fields such as electronics, electricity, information, machinery, transportation, new energy, medical and health, national defense and military industry, for storing and transmitting electrical energy.

In recent years, the magnetic industry has entered a comprehensive transition period, driven by technological innovation, changes in market demand, and the concept of sustainable development. The industry landscape is undergoing profound changes

Recently, the demand for magnetic business has seen significant growth, and the market boom has driven the rapid development of the industry.

In recent years, the magnetic industry, as an important support in multiple fields, is undergoing unprecedented development and transformation