Eight-shaped central tube type outdoor optical cable GYXTC8Y-Glass yarn

GYXTC8Y-glass yarn optical cable adopts a figure-eight central bundle tube structure, which means that multiple optical fibers are arranged in a figure-eight shape through a special bundle tube method. This figure-eight structural design enables the optical cable to have better tensile properties and bending freedom, which can effectively cope with various pressures and tensions in the outdoor environment and ensure the stability and reliability of optical fiber transmission signals. In addition, using this structural design can also increase the density of optical cables, save laying space, and improve line availability.

The glass fiber core material of GYXTC8Y-glass yarn optical cable has excellent optical properties and signal transmission capacity. As the medium for optical communication transmission, optical fiber material selection is crucial. Using glass yarn as the core material of the optical cable enables the optical cable to have excellent optical transmission performance, low transmission loss, large bandwidth, and ensure high efficiency and stability of signal transmission.

The outer covering material of GYXTC8Y-glass yarn optical cable adopts special sheath material to provide additional protection, allowing it to operate stably for a long time in various harsh outdoor environments. The sheath material is generally made of materials with strong weather resistance and light corrosion resistance, such as polyethylene (PE) or polyvinyl chloride (PVC), which can effectively prevent the optical cable from being affected by the external environment and ensure stable transmission of communication signals.

GYXTC8Y-glass yarn optical cable is mainly suitable for outdoor communication network construction that requires long-distance optical fiber transmission and in complex and harsh environments. This optical cable can be widely used in urban communication networks, data center interconnection, communication operator networks and other fields, especially in scenarios where long-distance transmission is required and the stability and anti-interference requirements of optical cables are high.



During the installation and maintenance of optical cables, you need to pay attention to the following aspects. First of all, during the installation process, you need to follow the installation specifications of optical cables, adopt appropriate laying methods and avoid external damage. Secondly, when connecting and handling joints, you need to pay attention to protecting the connection part of the optical cable to avoid excessive tension on the joints, which will affect the communication quality. Finally, during regular inspection and maintenance of optical cables, it is necessary to focus on the service life and material condition of the external sheath material, and deal with aging and wear problems in a timely manner to ensure the stable operation of communication lines