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China CVD SiC Coating Manufacturer, Supplier, Factory

Our products are greatly recognized and trustworthy by users and will fulfill continually shifting economic and social requires for CVD SiC Coating, AMAT 0200-03201, Wafer Lift Pin, Thin Wall SiC Coated Graphite, 300mm Epitaxy Parts, We adhere on the tenet of "Services of Standardization, to meet Customers' Demands".
CVD SiC Coating, Ought to any of these products be of curiosity to you, make sure you let us know. We will be satisfied to provide you a quotation on receipt of one's in depth specifications. We have now our personalized experienced R&D enginners to meet any of one's requriements, We appear forward to receiving your enquires soon'and hope to have the opportunity to work together with you in the future. Welcome to check out our company.

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  • Wafer Carrier Tray

    Wafer Carrier Tray

    Vetek Semiconductor specializes in partnering with its customers to produce custom designs for Wafer Carrier Tray. Wafer Carrier tray can be designed for use in CVD silicon epitaxy, III-V epitaxy, and III-Nitride epitaxy, Silicon carbide epitaxy. Please contact Vetek semiconductor regarding your susceptor requirements.
  • Quartz bell jar

    Quartz bell jar

    Vetek Semiconductor is a professional Semiconductor Quartz Bell Jar manufacturer and supplier in China. Our Semiconductor Quartz Bell Jar is widely used in key components of semiconductor manufacturing equipment, especially in CVD, diffusion, oxidation and PVD processes. Vetek Semiconductor is committed to providing advanced Semiconductor Quartz Bell Jar products and technical solutions for the semiconductor industry. Welcome your further inquiries.
  • Tantalum Carbide Coated Halfmoon Part for LPE

    Tantalum Carbide Coated Halfmoon Part for LPE

    VeTek Semiconductor is a leading supplier of Tantalum Carbide Coated Halfmoon Part for LPE in China, focusing on TaC coating technology for many years. Our Tantalum Carbide Coated Halfmoon Part for LPE is designed for liquid phase epitaxy process and can withstand high temperature of over 2000 degrees Celsius. With excellent material performance and process innovation, our product life is at the leading level in the industry. VeTek Semiconductor looks forward to being your long-term partner in China.
  • SiC Ceramics Membrane

    SiC Ceramics Membrane

    Veteksemicon SiC ceramics membranes are a type of inorganic membrane and belong to solid membrane materials in membrane separation technology. SiC membranes are fired at a temperature above 2000℃. The surface of the particles is smooth and round. There are no closed pores or channels in the support layer and each layer. They are usually composed of three layers with different pore sizes.
  • SiC Ceramic Seal Ring

    SiC Ceramic Seal Ring

    As a large-scale factory and supplier of SiC Ceramic Seal Ring products in China, VeTek Semiconductor SiC Ceramic Seal Ring has a wide range of applications in the industrial field due to its excellent thermal conductivity, outstanding chemical and corrosion resistance, and high strength and stiffness. Welcome your further inquiries.
  • Solid SiC Focus Ring

    Solid SiC Focus Ring

    Veteksemi solid SiC focus ring significantly improves etching uniformity and process stability by precisely controlling the electric field and airflow at the wafer edge. It is widely used in precision etching processes for silicon, dielectrics, and compound semiconductor materials, and is a key component for ensuring mass production yield and long-term reliable equipment operation.

  • Application of TaC-Coated Graphite Parts in Single Crystal Furnaces

    In the growth of SiC and AlN single crystals using the physical vapor transport (PVT) method, crucial components such as the crucible, seed holder, and guide ring play a vital role. As depicted in Figure 2 [1], during the PVT process, the seed crystal is positioned in the lower temperature region, while the SiC raw material is exposed to higher temperatures (above 2400 ℃).

  • What Is a Halfmoon in an LPE Reaction Chamber?

    Learn what a Halfmoon component is in an LPE reaction chamber and how it supports thermal stability, gas flow management, and reactor structure in SiC epitaxy systems. Explore graphite materials, CVD SiC coating, TaC coating, and modern semiconductor reactor technologies.

  • Based on 8-inch silicon carbide single crystal growth furnace technology

    Silicon carbide is one of the ideal materials for making high-temperature, high-frequency, high-power and high-voltage devices. In order to improve production efficiency and reduce costs, the preparation of large-size silicon carbide substrates is an important development direction.

  • What is the difference between silicon carbide (SiC) and gallium nitride (GaN) applications? - VeTek Semiconductor

    SiC and GaN are wide bandgap semiconductors with advantages over silicon, such as higher breakdown voltages, faster switching speeds, and superior efficiency. SiC is better for high-voltage, high-power applications due to its higher thermal conductivity, while GaN excels in high-frequency applications thanks to its superior electron mobility.

  • Chip Manufacturing: Atomic Layer Deposition (ALD)

    In the semiconductor manufacturing industry, as device size continues to shrink, the deposition technology of thin film materials has posed unprecedented challenges. Atomic Layer Deposition (ALD), as a thin film deposition technology that can achieve precise control at the atomic level, has become an indispensable part of semiconductor manufacturing. This article aims to introduce the process flow and principles of ALD to help understand its important role in advanced chip manufacturing.

  • What is the difference between epitaxy and ALD?

    The main difference between epitaxy and atomic layer deposition (ALD) lies in their film growth mechanisms and operating conditions. Epitaxy refers to the process of growing a crystalline thin film on a crystalline substrate with a specific orientation relationship, maintaining the same or similar crystal structure. In contrast, ALD is a deposition technique that involves exposing a substrate to different chemical precursors in sequence to form a thin film one atomic layer at a time.

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