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China Silicon epitaxial Manufacturer, Supplier, Factory

We now have a specialist, efficiency workforce to deliver excellent service for our purchaser. We always follow the tenet of customer-oriented, details-focused for Silicon epitaxial, CVD SiC Coated Wafer Baffles, Epitaxial Layer Growth, Single Crystal Growth, Silicon Based Epitaxy, Besides, our firm sticks to high quality and affordable cost, and we also present great OEM companies to many famous brands.
Silicon epitaxial, In order to meet our market demands, we now have paied more attention to the quality of our products and solutions and services. Now we can meet customers' special requirements for special designs. We persistently develop our enterprise spirit "quality lives the enterprise, credit assures cooperation and keep the motto in our minds: customers first.

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  • TaC Coated Deep UV LED Susceptor

    TaC Coated Deep UV LED Susceptor

    TaC coating is a new generation coating develop for harsh environment.VeTek Semiconductor is an integrated supplier engaged in research and development, production, design, and sales of TaC coatings. We specialize in manufacturing edge-cutting TaC Coated UV LED Susceptors, which are crucial components in the LED epitaxy process. Our TaC Coated Deep UV LED Susceptor offer high thermal conductivity, high mechanical strength, improved production efficiency, and epitaxial wafer protection. Welcome to inquiry us.
  • AMAT Cover Top Quartz 8 inch PCII

    AMAT Cover Top Quartz 8 inch PCII

    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.
  • TaC Coating Rotation Susceptor

    TaC Coating Rotation Susceptor

    As a professional manufacturer, innovator and leader of TaC Coating Rotation Susceptor products in China. VeTek Semiconductor TaC Coating Rotation Susceptor is usually installed in chemical vapor deposition (CVD) and molecular beam epitaxy (MBE) equipment to support and rotate wafers to ensure uniform material deposition and efficient reaction. It is a key component in semiconductor processing. Welcome your further consultation.
  • SiC coated sealing ring for Epitaxy

    SiC coated sealing ring for Epitaxy

    Our SiC coated sealing ring for Epitaxy is a high-performance sealing component based on graphite or carbon-carbon composites coated with high-purity silicon carbide (SiC) by chemical vapor deposition (CVD), which combines the thermal stability of graphite with the extreme environmental resistance of SiC, and is designed for semiconductor epitaxial equipment (e.g., MOCVD, MBE).
  • High purity SiC wafer boat carrier

    High purity SiC wafer boat carrier

    VeTek Semiconductor offers customized High purity SiC wafer boat carrier. Made of high purity silicon carbide, it features slots to hold the wafer in place, preventing it from sliding during processing. CVD SiC coating is also available if required. As a professional and strong semiconductor manufacturer and supplier, VeTek Semiconductor's High purity SiC wafer boat carrier is price competitive and high quality. VeTek Semiconductor looks forward to being your long-term partner in China.
  • Fused Quartz Crucibles

    Fused Quartz Crucibles

    VeTek Semiconductor provides cutting-edge Fused Quartz Crucibles for semiconductor industry. These crucibles are made from high-quality semiconductor-grade quartz, offering excellent thermal resistance and chemical stability. They can withstand extreme high-temperature conditions while maintaining precision and consistency. VeTek Semiconductor is your trusted long-term partner in China for semiconductor processing.Feel free to inquire us.

  • Thermal Field Design for SiC Single Crystal Growth

    With the growing demand for SiC materials in power electronics, optoelectronics and other fields, the development of SiC single crystal growth technology will become a key area of ​​scientific and technological innovation. As the core of SiC single crystal growth equipment, thermal field design will continue to receive extensive attention and in-depth research.

  • Porous Tantalum Carbide: A new generation of materials for SiC crystal growth

    VeTek Semiconductor's Porous Tantalum Carbide, as a new generation of SiC crystal growth material, has many excellent product properties and plays a key role in a variety of semiconductor processing technologies.

  • A complete explanation of the chip manufacturing process (1/2): from wafer to packaging and testing

    The semiconductor manufacturing process involves eight steps: wafer processing, oxidation, lithography, etching, thin film deposition, interconnection, testing, and packaging. Silicon from sand is processed into wafers, oxidized, patterned, and etched for high-precision circuits.

  • What are the Diverse Applications of Quartz in Semiconductor Manufacturing?

    High-purity quartz materials play a vital role in the semiconductor industry. Their superior high-temperature resistance, corrosion resistance, thermal stability, and light transmission properties make them critical consumables. Quartz products are used for components in both high-temperature and low-temperature zones of wafer production, ensuring the stability and cleanliness of the manufacturing process.

  • Why TaC-Coated Graphite Heaters Are Emerging as the Future of GaN MOCVD Epitaxy

    Discover how TaC-coated graphite heaters enhance temperature uniformity, reduce energy consumption, and extend service life in GaN MOCVD epitaxy compared with conventional pBN-coated heaters.

  • Why Is Graphite Coated with Silicon Carbide for Semiconductor Epitaxy?

    SiC-coated graphite combines the machinability and thermal behavior of high-purity graphite with a chemically stable CVD silicon carbide process surface. This technical white paper explains why bare graphite can become a source of chemical interaction, impurities and particles in epitaxy reactors, how CVD SiC creates a more stable process boundary, and why coating integrity, substrate compatibility, geometry and thermal behavior must be engineered together. It also examines the different demands of silicon and SiC epitaxy and outlines how coated susceptors should be specified for semiconductor applications.

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Monocrystalline silicon epitaxial traySiC coating Monocrystalline silicon epitaxial traysilicon epitaxial growthSilicon epitaxial layer

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