Diamond Wafer's High Value in Scientific Research

Diamond has both physical and chemical excellent properties, especially the semiconductor electrical properties of diamond:

√ wide band gap

√ high breakdown electric field

√ high carrier mobility

√ high thermal conductivity

It has become one of the most promising semiconductor materials for solid-state power devices and could replace silicon devices and outperform wide bandgap materials including GaN and SiC.   In addition, the application of diamond in the fields of micro-electromechanical systems, acoustic devices, semiconductor devices, power devices, detectors, biomedicine, quantum computing and communication has attracted increasing attention from academia and industry due to its excellent electrical properties. Its application prospect in the field of science and technology is increasing day by day, and it is a scientific research tool with higher performance!

With the rapid and full-scale development of the 5G communication era, the application of diamond materials in semiconductors and high-frequency power devices is becoming increasingly prominent. Diamond and its products are an important material basis for the implementation of major national strategies such as ultra-precision machining and smart grids, as well as the upgrading of industrial clusters such as smart manufacturing and 5G communications. The breakthrough and industrialization of this technology is of great significance to the independent security of China's smart manufacturing and big data industries significance. Therefore, the research on diamond materials is required to develop in the direction of large size, low defect, low resistivity and high thermal conductivity.

Rooted in the Semiconductor Research Institute of Ajou University and Jimei University, CSMH is a joint venture company based on cutting-edge semiconductor manufacturing technologies with investments from Korea, China, and Singapore. we are equipped with advanced semiconductor production equipment to produce high-quality diamond wafers, diamond heat sinks and AlN templates on a variety of substrates, including Si, sapphire, and polished diamond.

Our products were designed for "heat dissipation," and are widely utilized in the applications of high-power, high-frequency, and high-temperature electronic devices. In the future, we will offer our customers products of high quality and reliable performance while contributing the rapid development of the global semiconductor industry.