Products

As the indispensable wafer-carrying parts, Semicorex silicon carbide ceramic wafer boats are specifically engineered to securely clamp, support, and transfer wafers in semiconductor manufacturing, especially in the precision heat treatment processes. Semicorex, the industry-leading company in China, is committed to delivering high-quality silicon carbide ceramic wafer boats that enhance wafer yield and operational efficiency.

Semicorex SiC ceramic wafer boats are high-performance silicon carbide solutions engineered to safely support and transport wafers during state-of-the-art semiconductor manufacturing. Thanks to these excellent advantages,they are well-suited for the precise high-temperature semiconductor manufacturing processes like oxidation,diffusion,and CVD processes.

Semicorex SiC Wafer Carrier is made of high-purity Silicon Carbide ceramic, through 3D print technology, which means it can achieve high-precious machining components within a short time. Semicorex is deem to provide the qualified high-quality products to our globally customers.*

Semicorex alumina wafer polishing plates are the high-performing polishing components made from alumina ceramic, which are engineered specially for wafer polishing process in the high-end semiconductor industry. Choosing Semicorex, choose the products with cost-effective pricing, exceptional durability and highly efficient processing performance.

Semicorex Wafer Vacuum Chucks are ultra-precision SiC vacuum chucks designed for stable wafer fixation and nanometer-level positioning in advanced semiconductor lithography processes. Semicorex provides high-performance domestic alternatives to imported vacuum chucks with faster delivery, competitive pricing, and responsive technical support.*

Semicorex 1x2" graphite wafer susceptors are the high-performing carrying components specially engineered for 2-inch wafers, which are well-suited for the epitaxial process of semiconductor wafers. Choose Semicorex for industry-leading material purity, precision engineering, and unmatched reliability in demanding epitaxial growth environments.