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Ocean Optics - Inventor of the World's First Miniature Spectrometer
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Laboratory-grade
Solarization-resistant Assemblies
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Ultraviolet radiation
<300 nm degrades transmission in standard silica fibers, resulting
in solarization (increased light absorption in the UV fiber that can
invalidate data). For applications below 300 nm, we recommend
Solarization-resistant Assemblies. Shorter lengths for Solarization-resistant
Assemblies maximize UV throughput. However, lengths over 2 meters
are available.
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Boot Collars (indicates
fiber type) |
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Gray |
Solarization-resistant |
UV/SR-VIS |
190-800 nm (most efficient) |
Give us a call for pricing and turnaround times.
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Item |
Description |
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P300-1-AL/SR |
300 µm diameter optical fiber;
Aluminum-coated; UV |
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P300-1-SR |
300 µm
diameter optical fiber; UV |
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P400-025-AL/SR |
400 µm diameter optical fiber;
Aluminum-coated; UV |
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P400-025-SR |
400 µm diameter optical fiber;
UV |
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P400-2-AL/SR |
400 µm diameter optical fiber;
Aluminum-coated; UV |
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P400-2-SR |
400 µm diameter optical fiber;
UV |
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P600-025-SR |
600 µm diameter optical fiber;
UV |
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P600-1-SR |
600 µm diameter optical fiber;
UV |
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P600-2-SR |
600 µm diameter optical fiber;
UV |
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Contact
an Applications Scientist
Optical Fiber Overview
Laboratory-grade Assemblies
Premium-grade Solarization-resistant
Assemblies
Fiber Specifications
Optical Fiber Attenuation
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