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| Clearlite Short Wavelength Photonic Fibres | |
OFS Short Wavelength Photonic Fibers are differentiated by operating wavelength. These fibers perform in a wide variety of applications, some requiring visible light. For especially tight bend applications or in gyroscopic coils, choose the reduced-diameter micro version. Light sources for these fibers can be LEDs, laser diodes, visible lamps, or gas lasers. View more details on the manufacturer's website |  |
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| Clearlite 980 Photonic Fibres | |
These fibres operate primarily at the 980 nm wavelength (but are also suitable for use at 1550 nm) and vary by numerical aperture. A reduced-diameter version is available for applications where size is critical. Tight geometrical tolerances are maintained for low lot-to-lot variability and low splice loss. The high proof test level helps ensure extended lifetime in high-stress and submarine applications. View more details on the manufacturer's website |  |
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| Clearlite 1310 11 NA Photonic Fibres | |
Fibres operating at 1310/1550 nm are available with several different coating options to meet application requirements. The Micro and Geo versions allow for tighter coils. View more details on the manufacturer's website |  |
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| Clearlite 1310 16 NA Photonic Fibres | |
These fibres are designed to operate efficiently at both 1310 and 1550 nm, and the higher NA of 0.16 enhances bend performance. Various coatings and buffer sizes are offered to meet environmental requirements and size constraints. View more product details from the manufacturer's website |  |
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| Clearlite 1310 21 NA Photonic Fibres | |
These fibres, like their 0.16 NA counterparts, operate efficiently at both 1310 and 1550 nm. The higher 0.21 NA further enhances bend performance. See more details from the manufacturer's website |  |
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| Clearlite 1550 Photonic Fibres | |
Our full line of fibres operating at 1550 nm includes a variety of coating options, NAs, and mode field diameters to optimize performance in different applications. The longer cutoff of these fibres, as compared to standard transmission fibre, offers improved optical bend performance. Follow this link to view the product on the manufacturer's website |  |
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| GeoSil TM SM Fibres | |
GeoSil-SM fibres, made with a pure silica core and high 0.17 NA, offer extreme resistance to hydrogen plus low bend loss. The abrasion-resistant and chemically resistant PYROCOAT® polyimide coating allows performance to 300 degrees C for mechanical reliability in the down-hole environment. View more details on the manufacturer's website |  |
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UK: Specialty Fibre 
