From October 31 to November 1, 2021, China will host the National Finals of the 6th China Enterprise Science and Technology Innovation Competition. This competition is sponsored by the Ministry of Industry and Information Technology of China and has been successfully held for 5 consecutive times. It is a national science and technology innovation competition.
A total of 30,437 events have participated in the competition, and it has experienced 33 regional competitions in various provinces and cities, 5 industry-specific competitions, and 1 overseas regional competition.
After 6 months of selection, YNYT's industrialization innovation project "Development of High-Performance Graphene Thermally Conductive Film" won the "Innovative China" ranking first with excellent results, and was selected as one of the top 500 in the country. After fierce competition, he was promoted from the top 500 in the country to the top 50, and finally broke into the top 25 in the country and won the prize of the enterprise category.
Since graphene was successfully separated in 2004, it has been regarded as a revolutionary material in the future due to its excellent performance and wide application prospects. YNYT has intensively explored in the low-dimensional nanomaterials industry, has been committed to independent innovation, and successfully launched the "high-performance graphene thermal film" product. Through independent design and development, it has built a graphene oxide raw material production device with completely independent intellectual property rights. It is the first company in China to provide overall solutions for the entire industry chain from graphene raw material production, film formation, sintering, graphene thermal film and material processing. company.
The "high-performance graphene thermal film" developed and produced by YNYT can not only be applied to the field of 3C electronic products, but also can be extended to the fields of aviation, aerospace, military industry and so on. The product meets the needs of high energy consumption, high heat dissipation, and thinness. It has the characteristics of good thermal conductivity, controllable thickness, good folding resistance, and easy processing. It can make up for the shortcomings of traditional products and break through the industry's "technical bottleneck" problem. Localized substitution. The products have been supplied in batches for many major terminals.