Hexpol TPE Launches Advanced High‑Performance Cable Compounds for Safety & Durability

Hexpol TPE, a global leader in polymer compounding headquartered in Sandusky, Ohio, has unveiled the Dryflex Cable series—a suite of high‑performance cable sheathing materials engineered for the toughest power and telecommunications applications.

Unmatched Performance & Safety

These compounds combine EVA, TPE, and TPV chemistries to deliver a broad spectrum of mechanical, thermal and electrical properties that can be fine‑tuned to meet any customer requirement. They are LSHF/LSZH flame‑retardant, RoHS, SVHC and REACH compliant, and meet IEC 60754‑1/2 standards for low smoke and low toxicity, ensuring the highest levels of reliability and human safety.

"The challenge we set ourselves was to develop materials that exceed global standards for reliability and durability, combined with the lowest toxicity and smoke levels for human safety. With our new grades we offer market‑leading performance with high levels of customisation and easy processing," says Mark Clayton, Managing Director at Hexpol TPE’s UK site.

Key Product Examples

• Dryflex Cable 52180 N – Ideal for low‑voltage power and data cable applications, offering excellent mechanical strength and flame‑retardant properties.
• Dryflex Cable 51898 N – Designed for demanding environments that require increased thermal and fluid resistance, while maintaining low smoke and halogen‑free characteristics.

Efficient Manufacturing & Sustainability

Like traditional PVC, Dryflex Cable compounds can be processed using standard extrusion equipment. They are ready to use out of the box, eliminating the need for post‑vulcanisation and reducing production steps. The compounds are fully recyclable, and any production waste can be reprocessed, supporting circular economy goals.

Applications Across High‑Risk Environments

Dryflex Cable offers enhanced safety for high‑occupancy areas where rapid evacuation is critical. It is suitable for use in high‑rise buildings, hospitals, airports, train and transport hubs, communication exchanges, data centres, shopping centres, power generation facilities, and offshore platforms. Its superior thermomechanical properties make it ideal for low‑voltage, data, insulation, jacketing and bedding applications.