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High-Quality UV Grade Fused Silica Substrate

This product is a UV Grade Fused Silica Glass (Corning 0F 7980 HPFS) Substrate, meticulously crafted for precision applications. Engineered by Corning, this substrate is renowned for its exceptional quality and reliability. With a size of 100.0 mm x 100mm x 1.0 mm, it offers the perfect balance between size and thickness, ensuring optimal performance for various scientific and industrial applications. The substrate features two sides optical polished (60/40) for enhanced surface quality, ensuring clear and consistent optical performance.

• Optical Performance: The UV Grade Fused Silica Glass (Corning 0F 7980 HPFS) substrate boasts an impressive clear aperture of 90%, delivering crystal-clear optical results.
• Surface Quality: With a surface quality of 60/40 or better, this substrate ensures minimal light scattering and optimal performance in optical systems.

Key Features and Specifications

The Corning 0F 7980 HPFS Substrate is designed to meet the highest standards of quality and performance. It features hand seamed edges for precision and durability, ensuring a seamless fit in your application. The surface roughness is less than 5 A, which minimizes light scattering and ensures clarity. Additionally, the substrate has a Total Thickness Variation (TTV) of less than 20 microns, ensuring consistent thickness across the entire surface.

• Polishing: Both sides of the substrate are optically polished to a 60/40 grade, ensuring a smooth and reflective surface.
• Surface Roughness: The surface roughness is less than 5 A, which is ideal for high-quality optical applications.

Practical Applications and Benefits

The UV Grade Fused Silica Glass (Corning 0F 7980 HPFS) Substrate is an ideal choice for a wide range of applications, including spectroscopy, laser systems, and optical sensors. Its high-quality material and precision engineering make it a reliable choice for demanding applications. The clear aperture of 90% and the exceptional surface quality make it perfect for applications where light transmission and clarity are critical.

• Optical Systems: This substrate is ideal for use in optical systems that require high-quality materials and precision engineering.
• Scientific Research: The substrate's high clarity and optical performance make it suitable for use in scientific research applications.