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首页> 外文会议>52nd IWCS/Focus International Wire amp; Cable Symposium; Nov 17-20, 2003; Philadelphia, Pennsylvania, USA >Optical Fiber Ribbons - Novel Methods to Reduce Frictional Properties
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Optical Fiber Ribbons - Novel Methods to Reduce Frictional Properties

机译：光纤带-减少摩擦性能的新方法

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摘要

A well-tuned ribbon coefficient of friction is useful in optimization of ribbon processing and handling properties. The optical attenuation in the ribboned fibers can also be significantly reduced with a tailored coefficient of friction for the ribbon matrix material. This paper describes some techniques that can be used to modify the frictional properties of optical fiber ribbons. The techniques discussed here can also be applied to other cable components. The paper focuses on one technique since it is the most novel in the fiber optic industry at this time - surface treatment of the ribbon, specifically by the application of a wax layer. This technique provides the benefit of not having to add slip additives to ribbon matrices. This, in turn, affords an additional leeway in the design of ribbon matrices since they can now have increased adhesion to fiber inks as well as higher mechanical toughness needed for other handling properties. Results of experimentation, including coefficient of friction and optical attenuation testing, show the promise of this technique. The effect of application speed of the wax is also investigated. Additionally, comparison of different types of natural and synthetic waxes and application methods is provided.
机译：调整好的碳带摩擦系数可用于优化碳带加工和处理性能。带状纤维中的光学衰减还可以通过为带状基质材料定制的摩擦系数而大大降低。本文介绍了一些可用于修改光纤带的摩擦特性的技术。这里讨论的技术也可以应用于其他电缆组件。本文关注的是一种技术，因为它是当前光纤行业中最新颖的技术-带的表面处理，特别是通过蜡层的应用。该技术的优点是不必在色带基质中添加滑爽添加剂。反过来，这为色带矩阵的设计提供了额外的余地，因为它们现在可以增加对纤维油墨的附着力以及其他处理性能所需的更高的机械韧性。实验结果（包括摩擦系数和光学衰减测试）证明了该技术的前景。还研究了蜡的施加速度的影响。另外，提供了不同类型的天然蜡和合成蜡的比较以及使用方法。

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