Silicon Carbide - Innovative Engine for Energy and Communication

In the field of new energy vehicles, 12 inch silicon carbide slices are of great significance. Compared to 8 inches, the substrate area of 12 inches is about 2.25 times larger, significantly increasing chip output and reducing unit costs for processes such as crystal growth, processing, and polishing. New energy vehicles using silicon carbide power devices can improve charging efficiency by 20% and increase range by 5% -10%. In the field of 5G communication, 12 inch silicon carbide devices can withstand higher power and ensure stable signal transmission. GaN HEMT devices based on semi insulating silicon carbide substrates can achieve a power density of 8W/mm in the 28GHz frequency band, which is 400% higher than traditional gallium arsenide devices.

Sapphire - The Radiant Light of Optoelectronic Display

In the LED field, the global sapphire board market will exceed 2.8 billion US dollars in 2023, with an annual growth rate of 19.7%. In Micro LED displays, a 12 inch sapphire substrate plays an extraordinary role. Compared to traditional glass substrates, the lattice matching of sapphire large plates has increased the yield of LED chips from 78% to 95%, and reduced power consumption by 30%. A larger 12 inch substrate can produce more MicroLED chips in a single epitaxial process, improving production efficiency and reducing the cost of a single chip.

Optical glass - the visual wing of intelligent cars

In the field of intelligent vehicles, ADAS glass, as an intelligent automotive glass assembly that integrates sensing, display, and interaction functions, is growing at a compound annual growth rate of 17.1%. The impact resistance of PVB glass has been improved by 300%, the light transmittance can reach 92%, and the sound insulation and noise reduction performance has been improved by 40%.

Precious Metals - The Value Choice for High end Manufacturing

In the field of high-end electronic manufacturing, 12 inch precious metal chips can meet the needs of manufacturing more complex and high-performance chip packaging and electronic components, improving production efficiency and product performance. In the aerospace field, it can be used to manufacture larger and more precise key components, improve overall equipment performance, and ensure reliability in extreme environments. In the field of jewelry, larger and more stylish high-end works can be created to meet the market's demand for personalized and high-quality jewelry.

In summary, the application of 12 inch slice materials in various fields is driving related industries towards higher performance, lower cost, and more innovative directions, becoming an important driving force for industrial transformation.