Experience reliable and efficient electrical connections with this 12 gauge, 2 conductor wire, featuring 65 strands of 0.24mm oxygen-free tinned copper per circuit for superior conductivity and stability in automotive, marine, solar, and lighting applications. The flexible 12/2 stranded cord is encased in a high-quality PVC jacket that resists splitting, oxidation, saltwater corrosion, UV exposure, and extreme temperatures, providing exceptional protection in demanding environments. Rated waterproof to IP68 and flame retardant to VW-1, this wire supports voltages from 5V to 600V and operates in temperatures ranging from -30°F to 221°F. The 30-foot length offers ample reach for installations, while included heat shrink tubes and cable ties ensure organized and secure setups. Simple to
This 12 gauge wire features 65 strands of 0.24mm oxygen-free tinned copper per circuit, delivering excellent conductivity and enhanced stability for low voltage electrical projects in automotive, marine, solar, and lighting applications where reliability is essential.
The premium flexible PVC jacket provides outstanding resistance to splitting, oxidation, saltwater corrosion, UV rays, and extreme temperatures, ensuring your wire remains protected and durable for extended use in both indoor and outdoor environments.
With a waterproof level of IP68 and a flame retardant rating of VW-1, this 12 AWG 2 conductor wire is rated for up to 600V and operates efficiently in temperatures from -30°F to 221°F, making it suitable for harsh and demanding installation scenarios.
Designed for ease of use, the stranded 12/2 cord is simple to strip, solder, and cut, and it comes with 16 heat shrink tubes and 4 cable ties to provide extra insulation, protection, and organized cable management during installation.
Measuring 30 feet in length, this wire offers ample reach for various setups, and its flexibility allows for straightforward routing around tight spaces in vehicles, boats, solar panels, LED lighting systems, and DIY electrical projects.
The wire's structure and material composition provide up to 5 percent more current capacity than comparable aluminum wires, ensuring reliable, interference-free performance for landscape wiring, electronic devices, and other specialized uses.