Products

The quality of the initial source material is the primary factor limiting wafer yield in the production of SiC single crystals. VETEK's 7N High-Purity CVD SiC Bulk offers a high-density polycrystalline alternative to traditional powders, specifically engineered for Physical Vapor Transport (PVT). By utilizing a bulk CVD form, we eliminate common growth defects and significantly improve furnace throughput. Looking forward to your inquiry.

In advanced fabrication like Diffusion, Oxidation, or LPCVD, the wafer boat isn't just a holder—it’s a critical part of the thermal environment. At temperatures hitting 1000°C to 1400°C, standard materials often fail due to warping or outgassing. VETEK’s SiC-on-SiC solution (High-purity substrate with a dense CVD coating) is designed specifically to stabilize these high-heat variables.

The high-temperature and chemically reactive environments of MOCVD, the protection of the reaction chamber and the precision of process control are paramount. VETEK provides premium Opaque (Milky White) Quartz components, specifically designed to act as the "cleanroom" and "precision gate" within your semiconductor equipment. These components offer a cost-effective yet high-performance solution for managing thermal radiation and preventing contamination.

The AMAT Cover Top Quartz 8" PCII (0200-00218) is a high-purity quartz component designed for Applied Materials Endura PVD chambers, delivering excellent contamination control, plasma stability, and extended service life. Engineered for 200mm semiconductor processes, it serves as a critical protective and insulating element in the chamber top region, helping improve yield and process consistency. Vetek Semiconductor offers precision-manufactured, OEM-compatible quartz parts with reliable performance and global supply capability. We welcome your inquiry.

In semiconductor manufacturing and advanced material processing, the stability and purity of the thermal field directly dictate the core competitiveness of the final product. VETEK is dedicated to the R&D and manufacturing of high-performance graphite heating systems, providing reliable solutions for MOCVD, SiC epitaxy, and various high-temperature vacuum furnaces.

As the demand for high-sensitivity and low-power MEMS transducers grows with the expansion of 5G communications, precision medical devices, and smart wearables, our PZT on Si/SOI wafers provide a critical material solution. Utilizing advanced thin-film deposition processes such as Sol-gel or sputtering, we achieve exceptional consistency and superior piezoelectric performance on silicon substrates. These wafers serve as the fundamental core for electromechanical energy conversion.