350nm Bandpass Filter

OPTOStokes 350nm bandpass filter: 348-354nm Tave>85%, 200-1000nm block T<0.01%. 3.0mm, customizable. Contact sales@optofilters.com
Products Description

350nm Bandpass Filter | OPTOStokes


Technical Specifications

ParameterDescription
Transmission Range348-354nm @ Tave>85%
Center Wavelength (CWL)350±2nm @ Tave>85%
Blocking Range200-1000nm @ T<0.01%
Bandwidth20nm±5nm
Thickness3.0mm (other thicknesses in stock)
Surface Quality60/40 scratch-dig

About This Filter

Our 350nm bandpass filter delivers precise ultraviolet (UV) wavelength selection with exceptional blocking. The narrow 20nm bandwidth ensures only 348-354nm light passes, while eliminating 99.99% of light from 200-1000nm—critical for UV applications requiring minimal background interference.

Key Benefits

  • High average transmittance (>85%) in 348-354nm range
  • Ultra-steep blocking (<0.01% T) across 200-1000nm
  • Stable 350nm center wavelength (±2nm) for consistent results
  • Durable construction withstands UV exposure and handling

Applications

  • UV Spectroscopy: Isolates 350nm excitation/emission lines with minimal noise in chemical analysis
  • Fluid Analysis: Enhances detection of UV-absorbing compounds in water/chemical testing
  • Biomedical Research: Enables precise UV light delivery for cellular studies and fluorescence assays

Stock & Custom Options

3.0mm thickness and standard sizes are in stock for immediate shipment. Need specific dimensions? Choose circular, square, or custom shapes—with optional lens mounts for easy integration.

Why OPTOStokes?

Our filters meet strict international standards, with ready inventory for urgent needs. Custom solutions? Our team delivers precise, on-time results. Reliable performance for critical UV applications.

Contact Us

Need precise 350nm filtering? Email sales@optofilters.com or message us—we’ll find your perfect solution.

Tags: 350nm bandpass filter UV bandpass filter 348-354nm filter narrowband optical filter

Technical parameter
Optical Filters for Machine Vi

Optical Filters for Machine Vi

Understanding Light Pollution:

Understanding Light Pollution:

Fluorescence Optical Filters f

Fluorescence Optical Filters f

How to Clean Optical Filters f

How to Clean Optical Filters f