In today's era of economic globalization and global informatization, R&D innovation capability determines the sustainable development ability of enterprises.

An enterprise is like a big tree, providing nutrients and a supporting and fixed root system for the big tree. Its innovation ability lies in the strengthening of its own innovation ability construction by LeTai amorphous technology, gradually forming a research and development system, and striving to achieve the maximization and optimization of research and development innovation benefits. Integrate existing R&D institutions around R&D innovation, making the mechanism more flexible, business division more reasonable, and development direction more clear.

We have senior engineers in China who research and develop amorphous technology, as well as several senior amorphous experts in the industry who join us. In addition, the academic authority of the European Amorphous Institute, which spends millions of euros annually on amorphous research, provides technical support. At the same time, we hire a group of well-known domestic experts and establish an expert committee to provide project guidance and technical advice for the company's new product research and technological innovation.

Amorphous alloy is a new type of energy-saving material

Amorphous alloy is a new type of energy-saving material that uses rapid rapid cooling solidification production process. Its physical state is characterized by disordered amorphous arrangement of metal atoms, which is completely different from the crystal structure of silicon steel and more conducive to magnetization and demagnetization. This new material is used for transformer cores, which undergo demagnetization and magnetization 100 to 120 times per second during operation, greatly reducing the no-load loss of the core. If used for oil-immersed transformers, it can also reduce harmful gases such as CO, SO, NOX, and is known as the "green material" of the 20th century.

Iron based amorphous alloy iron has the characteristics of high saturation Magnetic flux density, low loss (equivalent to 1/3-1/5 of silicon steel sheet), low Coercivity, low exciting current, good temperature stability, etc. The no-load loss of transformers made of amorphous alloy iron core is 70-80% lower than that of S9 products using silicon steel sheet, and the no-load current is 20% lower than that of S9 products.

Amorphous alloy is a new type of energy-saving material that uses rapid rapid cooling solidification production process. Its physical state is characterized by disordered amorphous arrangement of metal atoms, which is completely different from the crystal structure of silicon steel and more conducive to magnetization and demagnetization. This new material is used for transformer cores, which undergo demagnetization and magnetization 100 to 120 times per second during operation, greatly reducing the no-load loss of the core. If used for oil-immersed transformers, it can also reduce harmful gases such as CO, SO, NOX, and is known as the "green material" of the 20th century.