UV Grade Fused Silica Mirror and High Grade MF22-025

Specifications

Reflective Coating: Protected Silver, Protected Aluminum
Substrate: UV Fused Silica
Average Reflectance: 95 %
Wavelength Range: 500 – 1000 nm
Surface Flatness: lambda/10
Surface Quality: 10-5 scratch-dig
Diameter: 25 mm
Thickness: 6 mm
Shape: Round, Square
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Features


  • High-Quality Reflective Surface: Mirrors feature a highly polished surface with a thin coating of aluminum or silver for optimal light reflection.

  • First Surface Mirrors: Coating is applied to the front surface to eliminate optical distortion from the glass.

  • Protected Aluminum Coating: All mirrors come with a durable aluminum coating on the front surface for enhanced protection and performance.

  • Material Options: Available in BK7 grade A optical glass and UV grade fused silica for diverse applications.

  • Dimensional Precision: Mirrors are manufactured with a dimensional tolerance of +0.0/-0.1mm for precise applications.

  • Surface Flatness: Standard grade mirrors offer λ/5 @ 632.8nm, while high-grade mirrors provide λ/10 @ 632.8nm for superior flatness.

  • Surface Quality: Scratch/Dig specifications of 40/20 for standard grade and 10/5 for high-grade mirrors ensure excellent surface quality.

  • Thickness Tolerance: Consistent thickness with a tolerance of ±0.2mm across all models.

  • Excellent Parallelism: Mirrors maintain parallelism of less than 3 arc minutes, ensuring precise optical performance.

  • Custom Options Available: Custom versions can be made to your specifications. Contact us with your drawings or requirements for a quotation.

Applications


  • Laser Systems: Reliable reflection and minimal signal distortion for high-power laser setups.

  • Optical Instrumentation: Enhances performance in precision optical instruments.

  • Research & Development: Suitable for laboratory testing and advanced optical experiments.

  • Imaging & Sensing: Provides accurate reflection for imaging devices and optical sensors.

  • Photonics & Metrology: Ensures stable, repeatable results in measurement systems.