WIRE & CABLE

CHEMOCHLOR chlorinated paraffin (CPW) plasticizers are engineered to meet the demanding specifications of the wire and cable industry. Our solutions offer enhanced flame retardancy, superior insulation properties, and long-term thermal stability across a range of cable types—ensuring safety, durability, and process efficiency.

CHEMOCHLOR in WIRE & CABLE

CHEMOCHLOR CPW is a trusted choice among cable compounders for producing flexible and flame-retardant PVC sheathing and insulation materials. Our CPW integrates seamlessly into high- and low-voltage cable applications, including power distribution, telecom, control, and instrumentation cables. Our manufacturing consistency and technical support help optimize output across extrusion lines.

DEDICATED TO INNOVATION

At CHEMORO, our Wire & Cable R&D facility is equipped to simulate real-world operating conditions, enabling us to develop CPW grades tailored to specific needs. Whether you require high dielectric strength, enhanced thermal aging performance, or low-smoke, low-toxicity profiles, our team delivers custom solutions backed by rigorous in-house testing.

POWER CABLE SHEATHING

Our CPW enhances fire resistance and mechanical strength in power cables used in industrial, commercial, and residential networks. It ensures insulation reliability under high electrical stress and thermal load.

SIGNAL & TELECOM CABLES

CHEMOCHLOR CPW contributes to lightweight, flexible, and flame-retardant insulation compounds for signal, coaxial, and telecom cables, ensuring uninterrupted data flow and longevity.

CONTROL & INSTRUMENTATION CABLES

Used in sensitive environments, these cables benefit from CPW’s excellent electrical insulation and processing stability, making them suitable for complex installations across automation, plant control, and safety systems.

LEADING THE WAY TO THE FUTURE

Fabrik blends steel technology leadership with outstanding problem-solving capabilities to support customers and suppliers in shaping the future of automotive transportation.