Sapphire Square Raw Wafer Blank for Optical, Semiconductor, and High-Temperature Applications

مقاطع فيديو أخرى
November 20, 2025
فئة الارتباط: الياقوت ويفر
نبذة: In this video, we explore the versatile Sapphire Square Raw Wafer Blank, showcasing its exceptional properties for optical, semiconductor, and high-temperature applications. Discover how this unpolished, high-performance material is processed for precision use in various industries.
خصائص المنتج ذات الصلة:
  • Extreme hardness (Mohs 9), second only to diamond, ensuring scratch and wear resistance.
  • Excellent optical transmission across UV-Visible-Infrared (0.15-5.5 μm).
  • High thermal stability with a melting point of 2053°C, suitable for rapid thermal cycling.
  • Chemically inert, resistant to most acids and bases except HF and hot H₃PO₄.
  • Superior electrical insulation, maintaining stable dielectric properties at high temperatures.
  • Low defect density, ideal for semiconductor and optoelectronic processing.
  • Available in customizable sizes, orientations, and thicknesses to meet specific requirements.
  • Suitable for diverse applications including semiconductor wafers, optical windows, and protective covers.
أسئلة وأجوبة:
  • What is the difference between a raw wafer blank and a finished wafer?
    A raw wafer blank is unpolished with as-cut roughness, while a finished wafer undergoes precision grinding and CMP polishing for a smooth surface.
  • Can the blank be customized?
    Yes, customization options include size, plane orientation, thickness, chamfering, and surface condition to meet specific processing needs.
  • Is sapphire suitable for infrared windows?
    Absolutely, sapphire offers high transmittance from UV to mid-infrared (0.15-5.5 μm), making it ideal for infrared window applications.