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  •  1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass
  •  1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass
  •  1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass
  •  1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass
  •  1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass
 1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass 1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass 1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass 1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass 1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass

1654nm Narrow Band Reflective Infrared Optical Filter Coated Glass

  • Product Item : 1654NMOF
  • Category: Optical Filter
  • Wavelength Range: 430–490 nm
  • Bandwidth (FWHM): 60 nm
  • Spectral Band: Blue Light Region
  • Filter Type: Bandpass Optical Filter
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Product Details

This 1654nm narrow band reflective infrared optical filter is engineered 

to precisely transmit the target infrared wavelength while reflecting 

out-of-band light, ensuring high spectral selectivity and superior signal purity.

Fabricated from optical-grade glass and coated with advanced 

multilayer thin-film technology, the filter delivers stable wavelength accuracy, 

high reflection efficiency, and long-term optical reliability, even in demanding environments.


Key Features & Advantages
• Center Wavelength: 1654 nm, optimized for infrared applications
• Narrow Bandpass Design, enabling accurate wavelength isolation
• Reflective Filter Structure, effectively suppressing stray and background light
• High-Precision Optical Coating, ensuring consistent and repeatable performance

• Optical Glass Substrate, providing excellent flatness and low optical distortion


Customization & Flexibility
• Other Wavelengths Available upon request
• Custom Sizes, Thicknesses, and Shapes Supported
• Suitable for both sample evaluation and mass production

This filter is ideal for infrared laser systems, optical sensing, 

spectroscopy, optical communication, and scientific instrumentation, 

where precise wavelength control and high reflection performance are essential.


 
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