Riassunto: 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.
Caratteristiche del prodotto correlate:
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.
FAQ:
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.