PVC Cables: Proven Performance from the Experts

PVC flexible cable is a high-performance electrical cable featuring a durable polyvinyl chloride (PVC) outer jacket designed for movement and bending in dynamic applications. These cables provide excellent flexibility, insulation, and mechanical protection in continuous motion systems such as energy chains.

Most igus® PVC jacket cables meet UL and CSA standards and are RoHS compliant. Many variants are flame-retardant as well, meeting global industrial safety and performance requirements.

igus® PVC jacket cables are designed for dynamic use in energy chains and continuous motion systems. Their high flexibility, low friction, and consistent jacket quality ensure long life in dry, indoor environments where moderate mechanical stress is expected.

igus® PVC cables are extensively tested under real-world flexing conditions in the company’s 5,500 m² test lab. The PVC jacket resists cracking and deformation, ensuring long-term reliability and stable performance across millions of cycles.

Yes. Each igus® PVC cable type is tested for millions of cycles across more than 5,000 cable designs, proving its ability to withstand long-term motion in energy chain and continuous flex applications.

PVC cables are best suited for dry, indoor environments. For exposure to oil, UV light, or extreme temperature ranges, igus® recommends PUR or TPE jackets for greater chemical and environmental resistance.

PVC provides excellent performance at a lower material cost compared to PUR or TPE. For standard motion applications, it offers a proven, long-life solution that reduces total system expense without sacrificing flexibility.

Yes. igus® offers ready-to-connect PVC cables in any length, with or without pre-assembled connectors. This shortens installation time and streamlines your procurement process.

Exceeding the specified minimum bend radius can cause jacket cracking or conductor stress. igus® defines precise bend radii for every cable type to prevent early failure.

Every PVC jacket material undergoes millions of test cycles in igus®’s motion lab under controlled mechanical, speed, and temperature conditions. This ensures real-world performance validation before release.

When installed correctly, igus® PVC cables can provide years of consistent, maintenance-free operation. The online service life calculator allows you to estimate performance for your specific motion profile.

Yes. The smooth surface and uniform jacket thickness of igus® PVC cables make them easy to strip and handle, supporting faster and cleaner terminations in production environments.

TPE offers extreme flexibility and durability at high speeds or tight radii. However, PVC remains the optimal cost-to-performance choice for standard continuous-flex and energy chain applications.

PVC performs reliably at moderate speeds and bend radii. For high-speed robotic or ultra-tight applications, TPE is generally preferred due to its superior mechanical endurance.