Core Features

1. High tensile strength and low elongation. It boasts high strength and extremely low elongation at break with minor deformation under stress. It can effectively bear the tensile load of optical cables, protect optical fibers from tensile strain and prevent fiber breakage.

2. Fully non-metallic and anti-electromagnetic interference. It is insulating and non-conductive without electromagnetic induction, immune to interference from lightning and high-voltage electric fields. It serves as a preferred strength member for ADSS, OPGW supporting optical cables and power communication optical cables.

3. Corrosion-resistant and rust-free. Unlike steel wires, it resists salt spray, weak acids and weak alkalis, maintaining long-term stability in coastal areas, saline-alkali lands and humid underground environments.

4. Low coefficient of thermal expansion. It undergoes tiny deformation with temperature changes, keeping the optical cable structure stable in high and low temperature environments and reducing additional optical fiber loss.

5. Lightweight. Its density is much lower than that of metal steel wires, which reduces the overall weight of optical cables and lowers overhead suspension loads.

6. Good processing adaptability. It has a smooth surface and is compatible with PP tapes, water-blocking materials and cable compound. It can be cut and adapted to optical cable cabling production lines.

Materials with other characteristics – please inquire separately.