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METHOD FOR MEASURING ADHESION STRENGTH OF COLORED LAYER IN COLOR COATED OPTICAL FIBER AND COLOR COATED OPTICAL FIBER BASED ON THE METHOD FOR MEASURING
METHOD FOR MEASURING ADHESION STRENGTH OF COLORED LAYER IN COLOR COATED OPTICAL FIBER AND COLOR COATED OPTICAL FIBER BASED ON THE METHOD FOR MEASURING
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机译：一种基于测量方法的彩色涂层光纤和彩色涂层光纤中粘合层强度的测量方法
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摘要
PROBLEM TO BE SOLVED: To obtain a high-quality color coated optical fiber by measuring the adhesion strength between a secondary layer and a colored layer in the color coated optical fiber. SOLUTION: The color coated optical fiber 1 comprises an optical fiber 7 produced by coating a single optical fiber 3 with a plastic clad 5, a secondary layer 9 covering the optical fiber 7, and a color layer 11 covering the secondary layer 9. The color layer 11 in one end of the color coated optical fiber 1 is adhered with an adhesive to a test rubber body 15 having a V-shaped groove 17 in the V-shaped groove. The fiber is subjected to a tensile test by applying tension on the test rubber body 15 and the other end of the color coated optical fiber 1 to measure the adhesion strength between the secondary layer 9 and the color layer 11. The fiber is regarded as passed the test when the maximum stress by the test is =1.0 N/ mm. Thus, a high-quality color coated optical fiber 1 can be obtained.
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机译：要解决的问题：通过测量彩色涂层光纤中第二层和着色层之间的粘合强度来获得高质量的彩色涂层光纤。 SOLUTION：彩色涂层光纤1包括一根光纤7，该光纤是通过在一根光纤3上包覆一层塑料包覆层5制成的，第二层9覆盖光纤7，彩色层11覆盖第二层9。涂有颜色的光纤1的一端中的层11被粘合剂粘合到测试橡胶体15上，该测试橡胶体在V形槽中具有V形槽17。通过在测试橡胶体15和彩色涂覆光纤1的另一端上施加张力来对该纤维进行拉伸试验，以测量第二层9和彩色层11之间的粘合强度。当测试的最大应力大于等于1.0 N / mm时进行测试。因此，可以获得高质量的彩色涂覆光纤1。
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