• Home
  • Operator Cooperation
  • Contact Us

In Duct

In Duct

Loading categories...
  • In FTTH network, it is used as a feeder segment drop cable, and air-blown laying is used to connect the branch point of the optical cable and the user access point
  • Suitable for backbone network, metropolitan area network and access network
  • Suitable for construction in congested metro pipelines, avoiding previous destructive excavations
  • In FTTH network, it is used as a feeder segment drop cable, and air-blown laying is used to connect the branch point of the optical cable and the user access point
  • Suitable for backbone network, metropolitan area network and access network
  • Suitable for construction in congested metro pipelines, avoiding previous destructive excavations

·In FTTH network, it is used as a feeder segment drop cable, and air-blown laying is used to connect the branch point of the optical cable and the user access point

·Suitable for backbone network, metropolitan area network and access network

·Suitable for construction in congested metro pipelines, avoiding previous destructive excavations

  • In FTTH network, it is used as a feeder segment drop cable, and air-blown laying is used to connect the branch point of the optical cable and the user access point
  • Suitable for backbone network, metropolitan area network and access network
  • Suitable for construction in congested metro pipelines, avoiding previous destructive excavations

Feature:

·The optical fiber is put in a loose tube.
·The fiber can be 1-24 cores in the tube.
·Tube filling compound will be used for as water blocking elements.
·Two FRP are put together for the tensile strength purpose.
·This is economic and compact design for replace ADSS in SZ stranded design.
·The cable is finished with PE or LSZH jacket.

Features
·To fill the single mode or multi-mode fibers into the PBT loose tube made of high modulus polyester.
·The inside of the tube is filled with water-proof compounds.
·The outside of loose tube is longitudinally wrapped with plastic coated steel tapes.
·Between the steel tape and the loose tube, water-proof material is filled to ensure the compactness and the water resistence of the cable.
·Two parallel steel wires are placed at the two sides of the steel tape. The steel wires are all inside the (PE) outer jacket.

Characteristics
·Good mechanical and temperature performance
·High strength loose tube that is hydrolysis resistant
·Special tube filling compound ensure a critical protection of fiber
·Crush resistance and flexibility
·PE sheath protects cable from ultraviolet radiation
·100% cable core filling

Features
·Small size, Low cost.
·Up to 24 fibers.
·Uni-tube gel-filled construction for superior fiber protection.
·Two parallel FRP wire and overall glass yarn to enhance tensile resistant.
·And protect cable from mechanical damage.
·Designed for use with inexpensive attachment hardware.
·Self-supported no messenger needed.

Characteristics
·Good mechanical and temperature performance
·High strength loose tube that is hydrolysis resistant
·Special tube lling compound ensure a critical protection of ber
·Crush resistance and exibility
·PSP enhancing moisture-proof
·Two parallel steel wires ensure tensile strength

In Duct

Contact Now

Type
How would you like to be contacted?
* We respect your privacy. When you submit your contact information, we agree to only contact you in accordance with our Privacy Policy.