Compare Model Drawings, CAD & Specs Type Core Diameter Numerical Aperture Transmittance Range Fiber Length Availability Price
Solarization Resistant Fiber 200 µm 0.22 180 - 1100 nm 1 m
solarization resistant fiber cable model 78366
$695
In Stock
Solarization Resistant Fiber 200 µm 180 - 1100 nm 2 m
In Stock
$648
In Stock
Solarization Resistant Fiber 600 µm 180 - 1100 nm 1 m
In Stock
solarization resistant fiber cable model 78366
$757
In Stock
Solarization Resistant Fiber 600 µm 180 - 1100 nm 2 m
In Stock

Features

Treated to Maintain UV Transmittance for Long Exposure Periods

In the plot above, a Solarization Resistant Fiber of 2 m length is exposed to several UV wavelengths. At wavelengths below 260 nm, high energy UV photons solarize materials. For a fiber optic light guide, these causes significant transmittance losses and an eventually unusable fiber. To create a Solarization Resistant Fiber, hydrogen is infused into the fiber's silica core at high temperatures. This delays the effects of solarization and helps the fiber maintain a longer lifetime of UV transmittance. The usable lifetime of a UV transmitting fiber will always be dependent on the following three conditions:

  • The wavelength(s) to which the fiber is being exposed. Shorter wavelength photons have greater energy, therefore shortening the lifetime of the fiber more quickly than longer wavelength photons.
  • The intensity of the source. A higher intensity light source degrades the fiber's internal material quicker.
  • The duration or cycle time. Longer durations or pulses of UV exposure shorten fiber lifetime.