"Jingcai Technology" Semiconductor Key Materials Industrialization Project Signed in Keqiao, Shaoxing
recently,The "Gathering Strength of Talents for a Shared Future" 2024 Keqiao Development Conference and Major Investment Project Signing Ceremony were held at the Shaoxing International Convention and Exhibition Center.

The "Jingcai Technology" Semiconductor Key Materials Industrialization Project, located in Keqiao, Shaoxing, is an industrialization project invested by Shaoxing Jingcai Technology Co., Ltd., focusing on key raw and auxiliary materials for third-generation semiconductor silicon carbide substrates. The project independently developed and overcame the technology for in-situ synthesis of high-purity polycrystalline silicon carbide powder. The products possess advantages such as ultra-high purity (6N and above), particle size and uniformity, and crystal form consistency. The newly developed materials have been successfully applied in high-precision special silicon carbide ceramic parts, semiconductor power devices, and integrated circuit manufacturing equipment required for semiconductor processes. This has broken the dangerous monopoly of raw materials by European and American companies and completely solved the bottleneck problem of semiconductor-grade silicon carbide materials.

The project founder, Zhang Lei, holds a PhD from Harbin Institute of Technology.We are primarily engaged in the research and development and production of ultra-high purity silicon carbide powder materials, and have over ten years of experience in the large-scale production and application of ultra-high purity silicon carbide powder, as well as the industrialization of third-generation semiconductor materials.He has published more than 20 papers, applied for more than 30 invention patents, and been granted 25 invention patents.
The holding of this signing ceremony made"Jingcai Technology" is even more determined to take root in Keqiao, Shaoxing. In the future development, the Jingcai team will continue to uphold its original dream, delve into the field of third-generation semiconductor raw materials, and contribute more to the construction of a science and technology powerhouse.