Driven by the growing demands for high-temperature, high-frequency, high-power, and ultra-reliable performance in electric vehicles, 5G communications, and renewable energy sectors, third-generation semiconductor materials-particularly silicon carbide (SiC)-are gaining unprecedented momentum. This trend has also unlocked significant opportunities for SiC ceramics across the broader полупроводникова екосистема .
Изключителните свойства на материала на SIC, включително ултра-висока якост, превъзходен еластичен модул, изключителна топлинна проводимост, отлична устойчивост на термичен удар и нисък коефициент на термично разширение-го прави идеален избор за критични компоненти в напреднал полупроводник .
Чрез безпроблемно интегриране в тези високоефективни приложения, SIC керамиката дава възможност за подобрена издръжливост, прецизност и термично управление в полупроводникови инструменти от следващо поколение, затвърждавайки ролята им на основен материал за бъдещето на индустрията .
Currently, most semiconductor SiC components are produced using conventional forming methods such as slip casting and extrusion. These techniques offer distinct advantages, including straightforward processing, high production efficiency, and suitability for mass production. However, they also present significant limitations that hinder broader industrial adoption.
These fundamental limitations currently restrict SiC's widespread deployment across semiconductor equipment applications, despite its superior thermomechanical properties. Industry efforts are now focusing on advanced forming technologies like additive manufacturing and gel casting to overcome these barriers.
Against this backdrop, Shangci Times (Shaoxing) Advanced Materials Technology Co., Ltd.-a company with extensive expertise in hard-to-process materials and intelligent manufacturing of micro/nano components-has pioneered the application of 3D printing and other advanced processes for the integrated and high-precision forming of critical semiconductor components such as wafer лодки .
