Silicon Carbide Square Tray is a high-performance carrying tool designed for semiconductor manufacturing and processing. It is mainly used to carry precision materials such as silicon wafers and silicon carbide wafers. Due to the extremely high hardness, high temperature resistance, and chemical corrosion resistance of silicon carbide, the Silicon Carbide Square Tray can provide reliable support in harsh process environments. It is widely used in wafer manufacturing, optoelectronic device production, and power electronic device processing to ensure the stability of products in complex environments.
Semicera Silicon Carbide Square Tray uses precision molding and sintering technology to ensure that the tray is not easily deformed during high temperature treatment and can withstand the harsh requirements of repeated use. Compared with traditional quartz or ceramic trays, Silicon Carbide Square Trays have significant advantages in thermal conductivity and chemical corrosion resistance, greatly improving production efficiency and product yield.
Semicera’s Silicon Carbide Square Trays have excellent thermal stability and dimensional accuracy, which can effectively reduce thermal expansion problems during silicon wafer processing, thereby improving product quality. These trays are also compatible with wafers of different sizes, with high flexibility and wide application, and can meet the needs of different production lines.
As semiconductor technology continues to advance, the requirements for pallets are also gradually increasing. Silicon carbide square pallets have become one of the preferred materials in high-end semiconductor manufacturing due to their excellent physical properties. Semicera is committed to continuously improving the performance of silicon carbide square pallets to ensure that they continue to play a key role in future high-tech manufacturing.
Post time: Aug-30-2024