22AWG Silicone Wire | Ultra-Flexible & Heat-Resistant | DIY Electronics & Lighting Cable

This 22AWG copper wire features a super soft silicone rubber insulation rated for continuous operation up to 200°C, providing exceptional flexibility and durability for demanding electrical projects. Its high strand count ensures low resistance and superior current carrying capacity, making it a reliable choice for both prototyping and permanent installations. Features and Benefits - 22 AWG High-Strand Copper Conductor - Offers excellent flexibility and fatigue resistance, preventing breakage from repeated bending and movement. - High-Temperature Silicone Rubber Insulation (200°C) - Withstands intense heat from soldering irons, engine bays, or high-power LEDs without melting or becoming brittle. - Super Soft and Flexible Jacket - Makes routing wires in tight spaces effortless and allows for clean, professional-looking installations in complex assemblies. - Oil and Chemical Resistant - Provides added protection in automotive, robotics, or industrial environments where exposure to fluids is a concern. - RoHS Compliant Construction - Meets stringent safety standards, ensuring it is free from hazardous substances for safe handling and use. Applications - Custom LED Lighting and Automotive Wiring - Ideal for under-hood applications or custom light strips where heat resistance and flexibility are critical. - RC Models, Drones, and Robotics - The soft, lightweight insulation is perfect for moving parts and tight electronic compartments that require durable, flexible connections. - Prototyping and Breadboarding - Excellent for creating reliable, reusable jumper wires and permanent solder connections in DIY electronics and Arduino projects. - High-Temperature Appliances and Tools - Suitable for internal wiring in 3D printers, soldering stations, or other devices that generate significant operational heat. Note: Always confirm your project's specific current and voltage requirements. For best results, use proper crimping or soldering techniques and strain relief where needed.