UV Resistant Circular Electrical Cable with Natural Gray SN02 Canvas Lining for Outdoor Use - Compatible with Eiva Outdoor IP65

Outdoor spaces can be difficult to decorate... but with this Creative-Cables outdoor cable with gray canvas lining, you can set up the perfect outdoor lighting without sacrificing practicality: this cable is IP65 EIVA compatible, which guarantees water and rain protection and UV resistant, which ensures durability and reliability.

What material was used for these cables?

Our outdoor UV resistant cables are a flexible conductor made of red electrolytic copper double with an elastomeric rubber coating that allows the product to withstand temperatures between -25°C and +60°C.

How can you improve the aesthetics of gray linen outdoor lamps?

When used to line UV resistant cables, SN02 gray natural canvas is guaranteed to add elegance and charm to your outdoor lamps or lighting system. Its achromaticity (as in black and white) makes it extremely easy to match with other colors and styles.

Are these cables compatible with the EIVA IP65 outdoor lighting system?

Full outdoor UV collection of resistant cables was designed with the EIVA Outdoor lighting system in mind. Pair your cables with your favorite lamp holder, rose (or plug) and with lampshade by browsing our website and create your own pendant lights customized to the last detail.

What makes them so reliable are these cables?

Creative-Cables outdoor UV resistant cables are 100% Made in Italy and IMQ-HAR certified. The design and material selection aimed to achieve three goals: safety, flexibility and weather resistance.

What does UV-resistant cable actually mean?

It refers to the fabric used to line the cables. to not only tolerate, but completely resist UV radiation, which makes up about 10% of sunlight. The color of UV-resistant cables remains vivid and does not tend to fade over time, even when constantly exposed to sunlight. This also means that prolonged exposure to sunlight does not result in deterioration of the product's materials and performance.