Draka Cable High Temperature Optical Fiber products The Alliance Of State Of The Art High Temperatures Coating Cable

Draka Cable High Temperature Optical Fiber products The Alliance Of State Of The Art High Temperatures Coating Cable

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Draka Cable High Temperature Optical Fiber products The Alliance Of State Of The Art High Temperatures Coating Cable
Draka Cable High Temperature Optical Fiber products The Alliance Of State Of The Art High Temperatures Coating Cable

DrakaEliteTM is the specialty optical fiber product line of the Prysmian Group. It utilizes the experience of the world wide leader of the cable industry in material for harsh environment and offers a range of state-of-the-art coatings for operations at extreme temperatures.

The range of coatings includes High Temperature Acrylate coating (150°C*), Silicone coating (200°C*) a nd Polyimide coating (300°C*/**). It brings a suite of valuable solution s to the specific needs of any industries; medical, sensor, aerospace as well as oil and gas.

These coatings are associated with Draka brand of optical fiber with decades of proven reliability and leading performances in telecom and datacom solutions

For specific application these coatings can be combined with Draka’s specialized optical fiber including RadHard or SuperRadHard fibers for radiations exposed applications or Draka’s HP&HT solutions for resistance under high hydrogen pressure and high temperature environments.

These high temperature fibers can be used in all cable constructions, including loose tube, tight buffered, ribbon and central tube designs.

• Maximun long term operating temperature
• Also operating at very low temperature

Features:
• High temperature resistant coatings
• Industrial process
• Draka’s leadership in telecom and datacom
• Innovative glass design
• Draka’s proprietary PCVD process (Plasma activated Chemical Vapor Deposition Process)

Advantages:
• Supports application in environments with both constant high temperature and fluctuating temperature
• Superior geometry, uniformity and homogeneity
• State-of-the-art transmission performances
• Fiber available with bend insensitive feature
• Coatings can be combined with radiation hardened or hydrogen tolerant glass structure 

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