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HCXtreme Fibre coating technology solves the problem of fibre failure due to excessive bending of optical fibre under power. In testing down to 2.5 mm radius bend, HCXtreme fibres continued to transmit power without breakage. Actual performance in any given application should be validated by customer testing.

For further details and testing methodology, request our white paper, entitled "Study of Optical Fiber Damage Under Tight Bend with High Optical Power at 2140 nm."
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Item #

Item Name

Attenuation

Core Diameter

Cladding Diameter

Coating Diameter

Buffer Diameter

Coating Material

Buffer Material

F18939 N/A 272-29 HCXtreme® High Power Delivery Optical Fibre N/A @ 850 nm, ≤ 12 dB/km N/A 272 ± 10 µm N/A 326 ± 10 µm N/A 356 ± 10 µm N/A 420 ± 30 µm N/A HCS® N/A ETFE
F18940 N/A 365-22 HCXtreme® High Power Delivery Optical Fibre N/A @ 850 nm, ≤ 10 dB/km N/A 365 ± 10 µm N/A 400 ± 10 µm N/A 430 ± 10 µm N/A 550 ± 30 µm N/A HCS® N/A ETFE
F18941 N/A 550-22 HCXtreme® High Power Delivery Optical Fibre N/A @ 850 nm, ≤ 10 dB/km N/A 550 ± 12 µm N/A 600 ± 10 µm N/A 630 ± 10 µm N/A 750 ± 30 µm N/A HCS® N/A ETFE
F18942 N/A 940-22 HCXtreme® High Power Delivery Optical Fibre N/A @ 850 nm, ≤ 10 dB/km N/A 940 ± 15 µm N/A 1000 ± 15 µm N/A 1035 ± 15 µm N/A 1400 ± 50 µm N/A HCS® N/A ETFE
F24748 N/A 272-22 HCXtreme® High Power Delivery Optical Fibre N/A @ 850 nm, ≤ 10 dB/km N/A 272 ± 6 µm N/A 299 ± 6 µm N/A 330 ± 7 µm N/A 400 ± 30 µm N/A HCS® N/A ETFE
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