Fiber Optical cable
One of the best choices for non-metallic reinforcing materials for optical cables
Para-aramid fiber can be used as a tensile element of optical cable products, this material has the characteristics of high modulus, which can make the fine and fragile fiber be protected from elongation when subjected to tension, so as not to damage the transmission performance of the signal; In addition, para-aramid itself has low creep, corrosion resistance, high temperature resistance, high insulation and other properties, which can provide a full range of material enhancement and protection for optical cable products.
Advantages in the application of ADSS fiber optic cable product
With its own material performance advantages such as high strength, low density, low creep, high insulation and high durability, Sinopara International para-aramid material can ensure the life cycle of ADSS optical cable in outdoor applications, and in the scenario of large-span suspension laying, the optical fiber will not be affected by elongation and deformation when it is subjected to tensile force. Compared with glass fiber materials, the use of para-aramid materials can reduce the product quality by about 10%, and the product diameter is smaller and easier to bend.
Sinopara International's para-aramid materials provide tear rope with superior performance, aramid yarn with enhanced support and water-blocking yarn with excellent water-blocking performance for ADSS fiber optic cables
Advantages in the application of FTTH fiber optic cable products
FTTH fiber optic cable is a product mainly used in indoor scenes. With its own advantages of high modulus, low density, low creep and other materials, Sinopara para-aramid material can be used as the main product tensile element, withstand and offset the longitudinal tensile force of FTTH fiber optic cable when used, and can provide 2-3 times higher modulus than glass fiber reinforced epoxy resin (FRP) under the same cost condition.
Sinopara International para-aramid material provides a center skeleton tensile element with tensile resistance
