Flexible Silicone Power Cable | 2-8 Core | 10-24 AWG Copper Wire | Super-Soft & Durable

Engineered for demanding electrical projects, this 2M/5M super soft silicone rubber cable delivers exceptional flexibility and durability with 2 to 8 cores and AWG sizes from 25 to 10. Its high-purity copper conductors ensure maximum current carrying capacity and minimal voltage drop for reliable power transmission in tight spaces and dynamic applications. Features and Benefits - Super Soft Silicone Rubber Sheath - Provides extreme flexibility from -60°C to 200°C, resisting cracking, kinking, and abrasion in challenging environments. - High-Strand Count Pure Copper Conductors - Offers superior conductivity and fatigue resistance, maintaining signal integrity and power efficiency over long-term use. - Multi-Core Configuration (2 to 8 Cores) - Enables organized wiring for complex circuits, reducing clutter and simplifying installation in control panels or multi-phase systems. - Wide AWG Range (25 to 10) - Supports a vast array of current requirements, from low-voltage signal wiring to high-amperage power delivery up to 30 amps for 10 AWG. - Oil, Chemical, and Flame Resistant - Ensures long-term reliability and safety in workshops, automotive bays, and industrial settings where exposure is common. Applications - RC Models and Drones - Ideal for battery leads and motor connections where ultra-flexible, lightweight wiring is critical for performance and durability. - Automotive and Marine Wiring - Perfect for engine bays, lighting systems, and accessory installations, withstanding vibration, heat, and moisture. - Custom Power Supplies and 3D Printers - Excellent for internal wiring and heated bed connections due to its high-temperature tolerance and flexibility. - Prototyping and Robotics - The super soft jacket and multi-core options facilitate clean, reliable wiring in moving joints and compact electronic enclosures. Note: Always consult local electrical codes and ensure the selected AWG is appropriate for your specific current, voltage, and environmental requirements.