EvZ 24 AWG Silicone Wire 33ft, Ultra Flexible 2 Conductor Parallel 18 Gauge Electrical Cable, High Temp Resistant Tinned Copper Hookup Wire for Single Color LED Strip, RC Battery, and DIY Projects

Searching for the ultimate ultra-thin and flexible wiring solution for your most delicate electronics?

The EvZ 24 Gauge 2-Conductor Parallel Silicone Wire is the precision-engineered choice for high-density micro-projects. Featuring a high-quality tinned copper core, this 33ft cable offers exceptional "hair-like" flexibility and reliable conductivity for wiring where space is at a premium.

Product Key Features:

• Ultra-Fine & Featherlight: The 24AWG profile is the thinnest in our series, designed specifically for micro-drones, wearable tech, and miniature robotics where every milligram of weight and millimeter of space matters.
• Exceptional Solder-Friendliness: The premium silicone insulation is rated for -60°C to +200°C. Unlike standard PVC, this jacket will not melt or shrink back during delicate soldering on micro-PCB pads or tiny connectors.
• Corrosion-Resistant Tinned Copper: Each micro-strand is tin-plated to prevent oxidation, ensuring a stable, long-lasting signal and power connection even in Marine or humid outdoor environments.
• Seamless Polarity Matching: The Red and Black parallel design ensures quick polarity identification. The bonded wires can be easily split for custom routing, keeping your micro-builds clean and organized.
• Optimized for Precision Signals: The ideal gauge for sensors, flight controllers, LED jewelry, and intricate Arduino/Raspberry Pi signal wiring.

Technical Specifications:

• Wire Gauge: 24 AWG (Ultra-Thin Precision)
• Conductor Material: Anti-Oxidation Tinned Copper
• Insulation Material: Extra Soft & Flame-Retardant Silicone
• Temperature Range: -60°C to +200°C
• Voltage Rating: 600V Max
• Total Length: 33 Feet / 10 Meters

From microscopic sensors to high-tech wearables, the EvZ 24AWG Silicone Wire provides the extreme flexibility and reliable performance required for the next generation of small-scale innovation.