NAOEVO 16 AWG Silicone Wire Kit – 180 ft, 6 Colors, Flexible Tinned Copper Cable

NAOEVO 16 AWG Silicone Wire Kit — Flexible, Color-Coded Power Wiring

The NAOEVO 16 AWG silicone wire kit combines color-coded versatility with durable construction, making it a practical choice for electronics, DIY projects, and quick repairs. Each spool runs 30 ft, totaling 180 ft, giving you ample length to circuit multiple components, prototypes, or hobby builds without constant re-spooling.

Six vibrant colors—red, black, white, blue, green, and yellow—simplify color-coding, helping you trace circuits, distinguish power and ground lines, or separate subsystems in robotics or model work. The set arrives with cable ties for tidy routing and easy organization right out of the box.

Durable, high-conductivity conductors

• 100% tinned copper conductors for better resistance to oxidation and dependable conductivity.
• Wired from 252 fine strands of 0.08 mm copper, delivering a flexible, bend-friendly profile for precise connections.

Silicone insulation for reliable performance

• High-quality silicone rubber insulation offers excellent bending performance and protection against impact and abrasion.
• Temperature-rated from -60°C to 200°C with a 600V rating and 20A capacity, suitable for diverse environments.

Compared with PVC, silicone insulation remains softer at low temperatures and maintains integrity under higher temperatures, helping keep connections secure in challenging spaces. The outer diameter is about 3 mm, fitting many harnesses and tight routing channels.

Versatile uses you can count on

• Automotive wiring, RC models, and battery connections for hobbyists.
• Lighting, motors, lamps, and electronic devices such as 3D printers, robotics, and DIY electronics.
• Breadboard experiments and prototyping where reliable flexible wiring is valued.

With the included cable ties, you can keep runs organized and labeled, supporting a cleaner workspace. This kit is designed to offer a robust wiring option for a wide range of projects, while leaving room for your own experimentation and discovery.