Dielectric adss - Import export

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 35 kN maximum 700 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 16 kN maximum 350 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 6 kN maximum 100 m

# Description Taihan Fiberoptics offers an extensive selection of self-supporting fiber optic cables used in pole-to-pole networks, overhead transmission lines and distribution lines as an excellent solution for aerial networks with outstanding optical performance,durability and reliability. All our prototypes are designed and manufactured to operate under the required environmental conditions and to endure the external forces, such as wind, ice and extreme temperatures to which they might be exposed to during their lifetime. ADSS cables have become the No.1 choice for ISPs and Power Utilities for network expansion due to its faster deployment and reduced installation cost. # Applications - Pole to Pole aerial installations - FTTx networks - Enterprise OSP Networks - Electric Utility Distribution Power Lines - Duct installations # Products - Rock ADSS™ Short span - Rock ADSS™ Long span

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 6 kN maximum 100 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 4 kN maximum 60 m.

LOOSE TUBE CONSTRUCTION, METAL-FREE ADSS (all-dielectric-self-supporting) cable are metal-free air hanging cable, suited for fixing on poles. The pole distance is at 4 kN maximum 60 m