Core Features

1. High temperature resistance: It will not melt under high temperatures and resists thermal creep. Ordinary thermoplastic PE softens and flows at high temperatures. After radiation crosslinking, it can withstand a long-term temperature of 105~125℃ and endure higher temperatures for a short time. It does not melt or drip at high temperatures, features low thermal deformation and good creep resistance, and is unlikely to undergo permanent deformation under long-term heat exposure. It is suitable for high-temperature scenarios such as tunnels, photovoltaics and locomotives.

2. Excellent mechanical properties with wear resistance and crack resistance: It boasts high tensile strength and elongation at break, as well as wear resistance and environmental stress cracking resistance. It can withstand repeated bending and extrusion, and maintains structural stability even in thin-wall extrusion, improving the optical cable's resistance to extrusion and shearing.

3. Stable electrical insulation performance: It has high volume resistivity and low dielectric loss. The radiation crosslinking process does not introduce chemical crosslinking by-products, leading to higher insulation purity. Its insulation performance remains stable in humid environments without interfering with optical signal transmission.

Materials with other characteristics – please inquire separately.