Nufern 50 µm Multimode Radiation Resistant Fiber (GR50_125-23-HTA)

Nufern Non-PM Multimode800-1350 nm is designed to operate for extended periods in extreme environments where risk of exposure to radiation is great and temperature swings are large and fast.

Nufern 62.5 µm MM Radiation Resistant Fiber w/ High Temp Acrylate (GR62.5_125-27-HTA)

Nufern Non-PM Multimode800-1350 nm designed to operate for extended periods in extreme environments where risk of exposure to radiation is great and temperature swings are large and fast.

Nufern 100µm MM Radiation Resistant Fiber w/ High Temperature Acrylate (GR100_140-24-HTA)

Nufern Non-PM Multimode800-1350 nm designed to operate for extended periods in extreme environments where risk of exposure to radiation is great and temperature swings are large and fast.

Nufern 50 µm Specialty Multimode Fiber (GI50_125S)

Nufern Non-PM Multimode800-1350 nm, these multi-mode fibers are ideal for a variety of diverse applications.

Nufern 62.5 µm Specialty Multimode Fiber (GI62.5_125S)

Nufern Non-PM Multimode800-1350 nm. These specialty multi-mode fibers are ideal for a variety of diverse applications.

Nufern 100 µm Specialty Multimode Fiber (GI100_140P)

Nufern Non-PM Multimode800-1350 nm. Nufern's specialty multi-mode fibers are ideal for a variety of diverse applications.

Nufern 1310/1550 nm Single-Mode Radiation Hardened Fiber (R1310-HTA)

Nufern Non-PM Singlemode 1310-1620 nm, designed for non-traditional data and telecom applications on standard wavelengths, these fibers withstand extreme mechanical duress and radiation exposure.

Nufern SM Bend Insensitive Fiber with High Temperature Acrylate (1310M-HTA)

Nufern Non-PM Singlemode 1310-1620 nm fashioned for non-traditional data and telecom applications on standard wavelengths, these fibers endure extreme mechanical duress and radiation exposure.

Nufern 1550 nm SM Bend Insensitive and/or Radiation Hardened Fiber (S1550-HTA)

Nufern Non-PM Singlemode 1530-1630 nm is designed for non-traditional data and telecom applications on standard wavelengths, these fibers withstand extreme mechanical duress and radiation exposure.