Oududianzi 18 AWG 2-Conductor Wire, 30ft Low-Voltage PVC Cable for Automotive, Marine

Overview

The Oududianzi 18 AWG 2-conductor wire is built for low-voltage projects where reliability and flexibility matter. Its outer jacket is designed for durability, while the inside uses refined materials to support stable power delivery for LED strips, automotive accessories, and marine lighting.

Why this wire stands out

• Highly conductive composition: oxygen-free, tinned copper with 41 strands per conductor, offering improved conductivity and corrosion resistance compared to alternatives.
• Rigid yet flexible design: a dual PVC insulation layer keeps the conductors protected while remaining approachable for routing in tight spaces.
• Trail-tested durability: rated for temperatures from -40°C to 105°C and built to withstand exposure to UV and chemical environments.

Key specifications

• Length: 30 feet (9 meters) with two conductors, color-coded black and red for easy identification.
• Max voltage: 300V; Max current: 8A; Flame retardant: V-1; Waterproof level: IP68.
• Jacket dimensions: 3.2 mm outer diameter by 5.2 mm overall thickness, designed for long service life.

What you can use it for

Ideal for low-voltage outdoor lighting systems, automotive wiring, and marine LED setups. The flexible, easy-to-strip design supports quick terminations and tidy installations, whether you’re preparing a dimmable LED run or powering compact sensors.

• Outdoor and landscape lighting wiring, speaker runs, and LED power cords.
• Automotive interior wiring, boat lighting, and other mobile or damp environments.

Included accessories and installation tips

Each purchase includes heat-shrink tubing and cable ties to help protect connections during installation. When routing, consider using the included protective measures to guard against abrasion and moisture exposure.

Note: While this wire supports a wide range of low-voltage applications, assess your specific load and environment to determine suitability for your project. Benefits described here reflect material properties and design features rather than guaranteed outcomes.