1. Conductor: Tin-plated or silver-plated annealed copper conductor for excellent solderability.
2. High temperature resistance – ETFE insulation withstands continuous operation up to 155°C and handles short-term excursions even higher, ensuring reliable performance in hot environments.

3. Excellent chemical & solvent resistance – The insulation resists attack from fuels, hydraulic fluids, and cleaning agents, making the wire suitable for harsh industrial and aerospace applications.

4. Thin-wall, lightweight construction – ETFE allows a thinner insulation layer than many other materials, reducing overall wire weight and saving valuable space in dense electronic assemblies.

5. High mechanical strength & abrasion resistance – The tough insulation resists cut-through, wear, and mechanical stress, increasing wire longevity during installation and in vibrating equipment.

6. Flame retardant & low smoke – ETFE inherently meets stringent flammability requirements, improving safety in aircraft, vehicles, and other confined spaces.

7. Effective EMI protection (shielded versions) – Q and QQ series provide single or enhanced shielding, protecting sensitive signals from electromagnetic interference in noise‑prone environments.

8. Wide conductor choice – Available with tin‑plated copper (excellent solderability) or silver‑plated copper (superior high‑frequency and high‑temperature performance), allowing optimisation for specific applications.

9. Stranded construction – Fine stranded conductors provide flexibility and excellent flex life, simplifying routing and reducing stress on terminations.

• High‑reliability systems – Silver-plated /tinned conductor ensures consistent conductivity, while ETFE resists UV, moisture, and aging for decades of service.

• Electronic Devices: Internal wiring for compact instruments and equipment where space is limited and heat resistance is required.

• Medical electronics: The wire’s chemical resistance makes it compatible with sterilisation agents and bodily fluids, while its low smoke and flame retardant properties enhance patient safety in medical devices.

• Industrial automation and robotics: Excellent flexibility and small bend radius allow easy routing in tight robotic joints; the construction resists oil, solvents, and continuous flexing.

• High‑density electronic packaging: Thin-wall insulation enables high wire packing density without compromising voltage rating, and the stranded conductor reduces stress on termination points.

• General high‑reliability wiring: The combination of tin‑ or silver‑plated copper with ETFE insulation ensures long service life, stable electrical performance, and ease of soldering in critical applications where downtime is not an option.

Specification

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