EvZ 22 AWG Silicone Wire, 33ft 22 Gauge 2 Conductor Parallel Wire, Ultra Flexible Tinned Copper 2 Pin Red Black Hookup Wire, High Temp 200°C 600V Electric Cable for LED Strips, RC, DIY Projects

Searching for a high-performance, ultra-thin, and incredibly flexible wire for your most delicate DIY projects?

The EvZ 22 Gauge 2-Conductor Parallel Silicone Wire is the ultimate choice for high-density electronics. Featuring a high-quality tinned copper core, this 33ft cable offers superior conductivity and "thread-like" flexibility for precision wiring where every millimeter of space counts.

Product Key Features:

• Ultra-Compact & Flexible: Engineered with high-strand count 0.08mm tinned copper, this 22AWG wire is thin enough to route through the smallest openings in micro-drones, wearables, and robotic joints.
• High-Temperature Reliability: The premium silicone insulation is rated for -60°C to +200°C. Its heat-resistant nature makes it perfect for soldering on small PCB pads, as the jacket won't shrink or retreat under heat.
• Anti-Corrosion Tinned Copper: Each strand is meticulously tinned to resist oxidation, ensuring a long-lasting, reliable connection in Marine, Automotive, or outdoor LED applications.
• Easy & Accurate Polarity: The Red and Black parallel zip cord design allows for instant polarity identification. It can be easily split into two single wires, providing maximum versatility for custom layouts.
• Ideal for Low-Power Precision: Specifically optimized for Small RC electronics, LED strip jumpers, sensors, and intricate Arduino/Raspberry Pi projects.

Technical Specifications:

• Wire Gauge: 22 AWG (Ultra-Fine 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 micro-robotics to delicate LED art, the EvZ 22AWG Silicone Wire provides the professional-grade precision and effortless handling required for the smallest of innovations.