48 72 96144 HDPE Self-supporting aerial Kevlar strands 200 300 400 500m ADSS fiber optic cable

Product Introduction

The 250 μm fibers are placed in a loose tube made of high-modulus plastics. The tubes are filled with a water-resistant filler compound. The tubes (and fillers) are twisted around a non-metallic FRP (fiber-reinforced plastic) core as a central strength element in a compact, circular cable core. The cable core is then filled with filler compound.

It is covered with a thin inner PE (polyethylene) sheath. After applying a braided layer of aramid yarns over the inner sheath as a reinforcing element, the cable is completed with an outer PE or AT (anti-tracking) sheath.

The actual condition of overhead power lines is taken into account when designing ADSS cable. For overhead power lines below 110 kV, a PE outer jacket is used. For power lines of 110 kV or higher, a specific outer jacket is used. The dedicated design of the aramid content and braiding process can meet the requirements of various cable lengths.

Features

Small cable diameter, light weight, low load attached to the tower.

The tensile strength is greater than 90 KN.

Non-metallic structure, good insulation, thunderproof.

Fine production technology, uniform strength for aramid fiber, with superior tensile flexibility.

Anti-weapon fire.

Anti-electro-corrosion.

Adapt to bad weather.

It can be built without a power outage; a power line failure does not affect the normal transfer of the cable.

Loose sheath GYTA cable core, reinforced non-metallic core.

Las unidades de tensión son fibra de aramida de módulo elas.

Good resistance to ultraviolet radiation.

Applications

Suitable for networking in areas of high electromagnetic interference.

Suitable for antenna.

Local and long-distance area network communication.