AR2S-UVB-01 Anti-reflection coating

Anti-reflection coating (AR2S-UVB-01)

AR2S-UVB-01 is an anti-reflection coating. The measured curve shows a high-transmission region at approximately 349-800 nm. Use it when you want to pass a broad range of wavelengths. Add a separate filter if you need to select a specific band.

Optical performance

• Measured wavelength range: 300-800 nm. Performance outside this measured interval is not established by this curve.
• Selected regions at or above 80% transmission: 349-800 nm. Approximate measured intervals.
• Selected regions at or below 5% transmission: 300-313 nm. Measured sample intervals; confirm the required blocking for your order.
• Peak transmission: Approximately 97.2% at 411 nm. Peak wavelength is not the same as a defined centre wavelength.
• Average measured transmission, 370-440 nm: 96.046%. Calculated from the factory sample data.
• Customization: We can customize stock and sample-book designs. Tell us the wavelength response, size and operating conditions you need.

These values come from the measured samples and help you choose a starting design. We will agree the final specification for your order. Custom versions have their own specifications and measured curves.

Applications to consider

• Near-ultraviolet/violet optical windows: Consider this window when the wavelengths you want to pass fall within 349-800 nm. Confirm the substrate and coated surfaces for the assembly.
• Shared optical paths: Consider it when several wavelengths need to pass through the same window. Add separate spectral selection if the channels need to be isolated.
• Instrument throughput improvement: Check how much light the coated optic passes against the needs of your system. Confirm reflectance, working angle and surface quality for your design.

Choosing this filter

• Select by the documented near-UV/violet wavelengths; the SKU identifier is not a UVB-band specification.
• Transmission is broadband and does not itself separate wavelength channels. Confirm the required reflectance, coated surfaces, substrate and angle of incidence.

Custom options

Start with this stock or sample-book design, then tell us what you need to change. We can discuss the wavelength bands, transmission, blocking, angle, glass material, size and operating conditions with you, and agree a specification for your custom filter.