Pure Silica Core Single Mode Fibers

Our Pure Silica Core SM fibers (SM-SC) are designed for high performance in demanding applications.

Single-mode down to 320 nm
Increased power handling capacity when compared with conventional Germanium-Doped Single-Mode Fiber
For use in the UV and shorter visible wavelengths without photodarkening problems
Reduced hydrogen darkening susceptibility in comparison to Germanium Doped Fiber

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Showing 3 of 3 total products

Compatibility:

Description	Compatibility	Index Profile	Fiber Type	Mode Field Diameter, Nominal	Avail.	Price
F-SM-300-SCUV Singlemode Fiber, 320-430 nm, Pure Silica Core, Non-photo darkening	UNIVERSAL	Depressed-clad	Singlemode	2.0 - 2.4 µm @350 nm	Contact Us	$30/meter
F-SM1500SC-7/125Optical Fiber, Singlemode, Bend Insensitive, 1550 nm, Pure Silica Core	UNIVERSAL	Depressed-clad	Singlemode	6.7 - 7.6 µm @1550 nm	In Stock	$7/meter
F-SM400-SCOptical Fiber, Pure Silica Core Single Mode, 405-532 nm, Non-photo darkening	UNIVERSAL	Depressed-clad	Singlemode	2.7 - 3.3 µm @480nm	In Stock	$22/meter

Features

Bare Fiber Construction

Cabled Fiber Construction

Custom Singlemode Patch Cables

Use Model Number F-PATCH-CUSTOM to configure a custom fiber-optic patch cord using these fibers. You can specify the fiber type, length, jacketing, and input and output connectors.

UV and Short Visible Applications

The F-SM-300-SC and F-SM400-SC are designed for Ultra-Violet (UV) and visible wavelength transmission. The silica core prevents photo darkening effects, which are normally associated with Germanium doped fibers. Fluorinated, depressed cladding design allows the core to be made from pure silica without the need for Germanium doping.

Hydrogen-rich Environment Applications

The F-SM1500SC-9/125 and F-SM1500SC-9/125-P are designed for use in Hydrogen-rich environments where the pure silica core resists the effects of Hydrogen darkening. The F-SM1500SC-9/125-P is designed specifically for down hole Oil & Gas applications. The fiber is engineered to resist the effects of Hydrogen ingress and when used with the high performance Polyimide coating, ensures the fiber is suitable for high temperature down hole applications.