BNTECHGO 12 AWG Parallel Silicone Wire — Red/Black, 25ft, 600V, 200°C

Overview

Experience dependable power delivery with BNTECHGO 12 AWG red/black two-conductor parallel silicone wire. The side-by-side parallel design keeps conductors neatly aligned for clean layouts in LED strip extensions and hobby projects. Each conductor uses a high-count, 680-strand tinned copper core, delivering solid conductivity and improved oxidation resistance while helping manage heat during longer runs.

The silicone insulation offers a soft yet durable jacket that remains flexible across a wide temperature range. With a high-temperature tolerance of up to 200°C and a low-temperature limit of -60°C, this wire stays pliable in demanding environments. Rated for 600 volts, it is suitable for a variety of DC power and LED extension applications without compromising safety or performance.

Key benefits

• Ultra-flexible, easy-to-route silicone jacket that keeps conductors neatly separated.
• 680-strand tinned copper core for robust conductivity and enhanced anti-oxidation performance.
• Durable silicone insulation withstands high temperatures and extreme cold for versatile use.
• 600V rated, ideal for single-color LED strips and DC power hookups.
• Color-coded red and black conductors simplify polarity identification and wiring layouts.
• Comes as a 25-foot spool with options in other gauges for different projects.

Real-life uses and setup ideas

• Extend a single-color LED strip or connect DC-powered lighting in hobby builds with reliable, flexible wire.
• Use in model aircraft, cars, ships, or lamps where soft insulation and strong heat resistance matter.
• Prototype small appliances or meters, ensuring consistent power delivery across components.
• Route discreet wiring in compact enclosures or control panels while maintaining clean aesthetics.

Package includes 25 feet of red-black 12 GA two-conductor parallel silicone wire. Other gauges are available to fit a wide range of DIY projects and professional builds. While this wire offers strong performance characteristics, consider your specific insulation, temperature, and voltage needs to determine suitability for your application.