We have mastered the entire technological chain encompassing ceramic molding, high-temperature sintering, CVD deposition, and precision coating application, with independent design and manufacturing capabilities. We hold multiple technical patents. From powder to finished product, the entire process is independently controllable. This technological closed loop ensures faster response, more stable quality, and more controllable costs.

The purity of SiC ceramic is greater than 99.9995%, effectively reducing the release of particulate contaminants and the risk of metal ion contamination. The material exhibits stable and reliable performance, meeting the stringent requirements of core semiconductor processes such as etching, diffusion, and epitaxy for a clean environment, thus ensuring high yield in advanced manufacturing processes.

The components can operate for extended periods at high temperatures ranging from 1400°C to 1650°C, demonstrating excellent thermal stability and outstanding thermal shock resistance. They maintain structural integrity and dimensional accuracy during repeated temperature cycling, effectively extending service life and reducing equipment maintenance frequency and consumable replacement costs.

We support the customized processing of large-sized and complex structural ceramic components, providing full-process technical collaboration from material selection, structural design to precision molding and coating treatment. We can undertake various cooperation modes such as processing with supplied drawings, reverse replication, and joint research and development, responding quickly and accurately adapting to the diverse needs of advanced semiconductor manufacturing processes for ceramic components.