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China SiC Coated Graphite Lid Cover Manufacturer, Supplier, Factory

We depend on sturdy technical force and continually create sophisticated technologies to meet the demand of SiC Coated Graphite Lid Cover, CVD TaC Coating Cover, TaC Coated Cover, TaC Coating Graphite Cover, Aixtron MOCVD system, Welcome around the world customers to make contact with us for enterprise and long-term cooperation. We're going to be your trustworthy partner and supplier of auto pieces and accessories in China.
SiC Coated Graphite Lid Cover, Our products have mainly exported to south-east Asia Euro-America, and sales to all of our country. And depending on excellent quality, reasonable price, best service, we have got good feedback from customers overseas. You are welcomed to join us for more possibilities and benefits. We welcome customers, business associations and friends from all parts of the world to contact us and seek cooperation for mutual benefits.

Hot Products

  • Silicon Cassette Boat

    Silicon Cassette Boat

    The Silicon Cassette Boat from Veteksemicon is a precision-engineered wafer carrier developed specifically for high-temperature semiconductor furnace applications, including oxidation, diffusion, drive-in, and annealing. Fabricated from ultra-high-purity silicon and finished to advanced contamination-control standards, it provides a thermally stable, chemically inert platform that closely matches the properties of silicon wafers themselves. This alignment minimizes thermal stress, reduces slip and defect formation, and ensures exceptionally uniform heat distribution throughout the batch
  • Porous TaC Coated Graphite Ring

    Porous TaC Coated Graphite Ring

    The porous TaC coated graphite ring produced by VETEK uses a lightweight porous graphite substrate and is coated with a high-purity tantalum carbide coating, featuring excellent resistance to high temperatures, corrosive gases and plasma erosion
  • Porous SiC Ceramic Chuck

    Porous SiC Ceramic Chuck

    Vetek Semiconductor offers Porous SiC Ceramic Chuck widely used in wafer processing technology, transfer and other links, suitable for bonding, scribing, patch, polishing and other links, laser processing. Our Porous SiC Ceramic Chuck has Ultra-strong vacuum adsorption, high flatness and high purity meet the needs of most semiconductor industries.Welcome to inquiry us.
  • Alumina Ceramic Vacuum Chuck

    Alumina Ceramic Vacuum Chuck

    VeTek Semiconductor is a professional Alumina Ceramic Vacuum Chuck manufacturer and factory in China. Alumina Ceramic Vacuum Chuck uses high-purity aluminum oxide ceramics with excellent heat resistance, chemical resistance and mechanical strength. It is mainly used to fix and support wafers and substrates. It is a high-performance equipment for semiconductor processing. Welcome your further inquiries.
  • SiC Block

    SiC Block

    Veteksemicon’s SiC Block is designed for high-efficiency grinding and thinning of silicon and sapphire wafers. With excellent thermal conductivity (≥120 W/m·K), high thermal shock resistance, and superior wear resistance (Mohs ≥9), our blocks improve process stability and reduce tool change frequency. Available in sizes from 120mm to 480mm, with customized options and fast delivery to meet diverse production needs.
  • SiC coated epitaxial reactor chamber

    SiC coated epitaxial reactor chamber

    Veteksemicon SiC Coated Epitaxial Reactor chamber is a core component designed for demanding semiconductor epitaxial growth processes. Utilizing advanced chemical vapor deposition (CVD), this product forms a dense, high-purity SiC coating on a high-strength graphite substrate, resulting in superior high-temperature stability and corrosion resistance. It effectively resists the corrosive effects of reactant gases in high-temperature process environments, significantly suppresses particulate contamination, ensures consistent epitaxial material quality and high yield, and substantially extends the maintenance cycle and lifespan of the reaction chamber. It is a key choice for improving the manufacturing efficiency and reliability of wide-bandgap semiconductors such as SiC and GaN.

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