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    Semicorex SiC Fine Powder is a high-quality, ultra-fine powder known for its exceptional purity and controlled particle size distribution. Semicorex is committed to providing quality products at competitive prices, we look forward to becoming your long-term partner in China.
  • SiC Wafer Inspection Chucks

    SiC Wafer Inspection Chucks

    Semicorex SiC Wafer Inspection Chucks are critical enablers for advanced semiconductor manufacturing, addressing the increasing demands for precision, cleanliness, and throughput. Their superior material properties translate to tangible benefits throughout the wafer fabrication process, ultimately contributing to higher yields, improved device performance, and lower overall manufacturing costs. We at Semicorex are dedicated to manufacturing and supplying high-performance SiC Wafer Inspection Chucks that fuse quality with cost-efficiency.**
  • Electrostatic Chuck E-Chuck

    Electrostatic Chuck E-Chuck

    Semicorex Electrostatic Chuck E-Chuck is a highly specialized component used in the semiconductor industry for securely holding wafers during various manufacturing processes. We look forward to becoming your long-term partner in China.*
  • PBN Electrostatic Chuck

    PBN Electrostatic Chuck

    The PBN Electrostatic Chuck by Semicorex stands out in the field of wafer handling in semiconductor manufacturing due to its unique material properties.
  • Quartz Crucibles

    Quartz Crucibles

    Semicorex Quartz crucibles are indispensable tools in the photovoltaic industry, ensuring the successful growth of high-quality silicon crystals under extreme conditions. Semicorex quartz crucibles offer unparalleled performance, reliability, and adaptability, making them the ideal choice for manufacturers striving for excellence in solar energy production.*
  • SiC Edge Ring

    SiC Edge Ring

    Semicorex CVD SiC Edge Ring is a high-performance plasma-facing component designed to enhance etching uniformity and protect wafer edges in semiconductor manufacturing. Choose Semicorex for unmatched material purity, precision engineering, and proven reliability in advanced plasma process environments.*
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  • How to classify semiconductors

    There are six classifications for semiconductors, which are classified by product standard, processing signal type, manufacturing process, usage function, application field, and design method.

  • Funds on Semiconductor projects

    Every country is aware of the importance of chips and is now accelerating the construction of its own chip manufacturing supply chain ecosystem to prevent another chip shortage problem. But the advanced foundries without next-gen chip designers would be the same as “Fabs without Chips”.

  • What Is Silicon Carbide (SiC)?

    Semiconductor materials can be divided into three generations according to the time sequence. The first generation of germanium, silicon and other common monomaterials, which is characterised by convenient switching, generally used in integrated circuits. The second generation of gallium arsenide, indium phosphide and other compound semiconductors, mainly used for light-emitting and communication materials.

  • 4th Generation Semiconductors Gallium Oxide/β-Ga2O3

    The first generation of semiconductor materials is mainly represented by silicon (Si) and germanium (Ge), which began to rise in the 1950s. Germanium was dominant in the early days and was mainly used in low-voltage, low-frequency, medium-power transistors and photodetectors, but due to its poor high temperature resistance and radiation resistance, it was gradually replaced by silicon devices in the late 1960s. Silicon is still the main semiconductor material in the field of microelectronics due to its high technological maturity and cost advantages.

  • Monocrystalline silicon vs. polycrystalline silicon

    Single crystal silicon and polycrystalline silicon each have their own unique advantages and applicable scenarios. Single crystal silicon is suitable for high-performance electronic products and microelectronics due to its excellent electrical and mechanical properties. Polycrystalline silicon, on the other hand, dominates the field of solar cells due to its low cost and good photoelectric conversion efficiency.

  • Homoepitaxy and Heteroepitaxy Explained Simply

    Homoepitaxy and heteroepitaxy play pivotal roles in material science. Homoepitaxy involves the growth of a crystalline layer on a substrate of the same material, ensuring minimal defects due to perfect lattice matching. In contrast, heteroepitaxy grows a crystalline layer on a different material substrate, which can lead to challenges like lattice mismatch. These processes are crucial in advancing semiconductor devices and thin films. For instance, heteroepitaxy significantly impacts microelectronics and quantum optics, contributing to innovations like Light Emitting Diodes.

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