Avient Launches New Grades for Industrial and Telecom Cables

ECCOH™ 5978 UV formulations are ideal for use in aerial drop cables

Avient Corporation, a premier provider of specialized and sustainable material solutions and services, today launches new ECCOH™ grades for telecom and industrial cable manufacturers. These materials expand its Low Smoke and Fume Non-Halogen (LSFOH) portfolio, and provide new solutions that can reduce waste by extending cable lifetime.

Continued growth in fiber optic cables, telecommunications infrastructure and the new IEC 60794-6 standard are increasing the need for LSFOH products. The two new formulations for cable jacketing, ECCOH™ 5565 and ECCOH™ 5978 UV expand Avient’s solutions range and can improve the lifetime of cables.

According to company, ECCOH 5565 has excellent flexibility and environmental stress cracking resistance (ESCR), withstanding up to 20,000 flex fatigue cycles. This makes it useful for power and control cables in industrial machinery, heating and air-conditioning systems, and plant engineering systems, where resistance to flexing is required at installation or in use.

It also has good temperature resistance, performing over a broad temperature range, from minus 40 to 80 degrees Celsius and excellent resistance to water absorption. This makes it applicable for use in dry optical fiber cable applications or where added cold resistance is required including indoor and outdoor duct cable applications, power-to-the antennas, or hybrid cables for 5G applications.

ECCOH 5978 UV formulations combine high flame retardancy (up to CPR class B2ca, s1, a1, d) and good char forming properties with great ESCR. This makes them valuable in aerial drop cables, which are often under continuous stress from the clamps that hold them in place. These formulations also provide excellent UV resistance protecting outdoor/indoor cables from varying weather conditions.

ECCOH 5978 UV formulations can be applied to direct buried cables and other duct or indoor applications, in which additional flame and low dripping performance are required and/or where cable fixations and movements create extra stress on the cable jacket.