High-Temperature Silicone Wire | Ultra-Flexible 5M-100M Spool | 30-14 AWG Heat-Resistant Cable

Engineered for demanding environments, this 5M to 100M heat-resistant silicone wire offers exceptional flexibility and durability from -60°C to +200°C. Available in 30 to 14 AWG sizes, its ultra-soft, high-temperature silicone insulation and tinned copper conductor ensure reliable performance in extreme conditions where standard cables fail. Features and Benefits - Ultra-Soft Silicone Insulation (-60°C to +200°C) - Provides unmatched flexibility for tight spaces and complex routing, resisting cracking and hardening under thermal stress. - High-Purity Tinned Copper Conductor - Enhances conductivity and corrosion resistance, ensuring stable signal and power transmission with minimal voltage drop. - Comprehensive AWG Range (30 to 14) - Offers precise current-carrying capacity for low-power electronics to high-current applications, all with the same heat-resistant properties. - Superior Flame Retardancy - The silicone jacket is self-extinguishing, significantly improving safety in prototypes, enclosures, and equipment where fire risk is a concern. - Oil and Chemical Resistant - Withstands exposure to common solvents, oils, and moisture, making it ideal for industrial, automotive, and workshop settings. Applications - High-Temperature Prototyping and Repairs - Perfect for 3D printer hotends, soldering stations, kilns, and heating elements where heat resistance is critical. - Automotive and Marine Electrical Systems - Reliable for engine bays, near exhaust components, and in harsh environments subject to vibration, heat, and fluids. - RC Models, Drones, and Robotics - The extreme flexibility and light weight reduce strain on moving parts and servos, improving performance and durability. - Industrial Control Panels and Ovens - Safely wires internal components of industrial equipment, control cabinets, and commercial appliances requiring continuous high-temperature operation. Note Always select the correct AWG gauge for your project's current requirements and consult local electrical codes for installation. Ensure all connections are properly insulated and secured.