20 awg Silicone Electrical Wire 2 Conductor Parallel Wire line 200ft [Black 100ft Red 100ft] 20 Gauge Soft and Flexible Hook Up Oxygen Free Stranded Tinned Copper Wire

Introducing a premium quality 2 Conductor Parallel Wire, boasting an impressive total length of 200 feet, with each color (black and red) measuring 100 feet. This 20 gauge silicone wire is designed for ultimate flexibility and efficiency, featuring 100 strands of 0.08 mm tinned copper wire that ensure a highly efficient connection with super low impedance.

Engineered to withstand extreme conditions, this wire remains capable of enduring temperatures ranging from -60...

Introducing a premium quality 2 Conductor Parallel Wire, boasting an impressive total length of 200 feet, with each color (black and red) measuring 100 feet. This 20 gauge silicone wire is designed for ultimate flexibility and efficiency, featuring 100 strands of 0.08 mm tinned copper wire that ensure a highly efficient connection with super low impedance.

Engineered to withstand extreme conditions, this wire remains capable of enduring temperatures ranging from -60 to +200 degrees Celsius. With a nominal voltage rating of 600V and the ability to bear currents of up to 5A, it is perfect for high-performance applications.

Our wire's high-purity oxygen-free tinned copper construction guarantees long-lasting durability and superior conductivity, making it ideal for race quad ESC setups and a variety of electronic projects.

This wire stands out for its unique characteristics, such as exceptional flexibility that facilitates easy installation, even in tight spaces. Users have reported its efficiency and performance under substantial loads, affirming its reliability in high-current situations.

Experience the difference with this high-quality wire that holds up against harsh treatments, resisting warmth even under high demand. Whether for hobbyist applications or professional use, this product is designed to meet and exceed expectations, ensuring your projects achieve optimal performance.