Draka Cable High Temperature Silicone BendBright Ultra Bend Insensitive SMF For Extreme Temperature Environments Up to 200°C Cable

Draka Cable High Temperature Silicone BendBright Ultra Bend Insensitive SMF For Extreme Temperature Environments Up to 200°C Cable

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Draka Cable High Temperature Silicone BendBright Ultra Bend Insensitive SMF For Extreme Temperature Environments Up to 200°C Cable
Product Type: 9 / 125 µm, G.652.D

Coating Type: High Temperature Resistant Silicone

DrakaEliteTM 200°C Silicone BendBright-Elite provides optimum t ransmission performance in both the 1310 nm and 1550 nm wavelength operating ranges. It can be used in all cable constructions designed for high temperature environments, including loose tube, metal tube and central tube designs. The Silicone coating used by Draka protects the optical fiber during installation and operation in applications exposed to high temperatures, up to 200°C.

Silicone BendBright-Elite combines high temperature performance with ultra bend-insensitive fiber performance. Thanks to the superior quality of glass and its extreme insensitivity to optical bending loss, Draka’s 200°C Silicone BendBright-Elite is ab le to endure repeated very tight bending. While offering unparalleled performance, Draka’s 200°C Si licone BendBright-Elite is still based on conventional technology. It is an all solid silica fibers, with no voids or other hole structures. It can be easily fusion spliced by any commercial splicer and requires no specific connectorization procedure. Because it’s manufactured using Draka’s Plasma Chemical Vapor Deposition process, 200°C Silicone BendBright-Elite has perfect control of all its characteristics both along the length of the fiber and in any radial direction.

Features:
• High temperature resistant Silicone coating
• Excellent macro-bend performance at very low radii (down to 5 mm)
• Solid silica structure
• Excellent high temperature resistant Silicone coating manufacturing process

Benefits:
• Supports application in environments with both constant high temperature (up to 200°C) and fluctuating temperature
• Allows miniaturization of optical components
• Permits high power in compact components
• No special connectorization procedures
• No special mechanical splice procedures
• easy to fusion splice with any commercial machine
• Superior geometry, uniformity and homogeneity

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