Semiconductor Single Crystal Substrate CVD Diamond IIA Ultra Thin 100 Micron Thick

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May 29, 2025
Category Connection: Mechanical CVD Diamond
Brief: Discover the 0.1 Mm Optical CVD Diamond Plate, a cutting-edge semiconductor single crystal substrate with ultra-thin 100-micron thickness. Ideal for high-power lasers, spectroscopy, and aerospace applications, this diamond window offers unmatched thermal conductivity and broad transmission spectrum.
Related Product Features:
  • Ultra-thin 0.1 mm optical CVD diamond plate with exceptional clarity and precision.
  • Broad transmission spectrum (1064nm:>65%; 8μm~25μm:>70%) for versatile applications.
  • Highest thermal conductivity (>2000 W m-1 K-1) for superior performance in high-power environments.
  • Chemically inert and biocompatible, suitable for corrosive and medical applications.
  • Scratch-resistant and low birefringence for durability and optical clarity.
  • Available in multiple shapes (circle, square, triangle, trapezoid) with laser-cut edges.
  • Single crystal path length >10 mm, ideal for precision technical applications.
  • Outperforms natural diamond with consistent and predictable material properties.
FAQs:
  • What are the key applications of the 0.1 Mm Optical CVD Diamond Plate?
    This diamond plate is used in high-power CO2 and solid-state lasers, spectroscopy, semiconductor processing, terahertz and radar applications, biomedical optics, defense and aerospace, and other cutting-edge technical applications like beam splitters and quantum sensing.
  • What makes this CVD diamond plate superior to natural diamond?
    The CVD diamond plate offers consistent and predictable material properties, higher thermal conductivity (>2000 W m-1 K-1), and superior edge quality in ultra-precision machining, making it more reliable for technical applications.
  • What are the available sizes and tolerances for this product?
    The plate is available in sizes ranging from 2-15 mm, with thicknesses from 0.05-3 mm. It features precision tolerances like lateral tolerance of +0.1/-0.1 mm, flatness within 2µm, and polished sides roughness Ra < 10-30 nm.