High Temperature Flexible Silicone Wire - 4 AWG to 24 AWG (Copper or Tinned Copper Core, UL1330, 1331, 1901, 3068, 3069, 3590, 3323, 3122, 3342)
Our High-Temperature Flexible Silicone Wires are engineered for performance in extreme conditions, providing durability, flexibility, and superior electrical conductivity. Available with either pure copper or tinned copper cores, these wires are versatile and suitable for various industrial, automotive, and electronic applications.
- Conductor Material: Choose between pure copper for maximum conductivity or tinned copper for enhanced corrosion resistance in harsh environments
- Wire Gauge Sizes: Available in 4 AWG to 24 AWG, ensuring a wide range of application possibilities
- Insulation Material: Premium-grade silicone rubber insulation, known for its exceptional heat resistance, flexibility, and protection against oils, chemicals, and UV exposure
- Temperature Rating: Designed for high-temperature applications, capable of withstanding temperatures up to 200°C
- Voltage Rating: UL certified with voltage ratings up to 600V
- Certifications: Compliant with multiple UL standards (UL1330, UL1331, UL1901, UL3068, UL3069, UL3590, UL3323, UL3122, UL3342), ensuring high safety and reliability
- Flexibility: Excellent flexibility allows for easy routing in tight spaces, making installation simple
- Applications: Ideal for use in industrial machinery, automotive wiring, power generation, heating elements, appliances, and environments where both high temperatures and corrosion resistance are critical
- Conductor Options:
- Pure Copper Core for optimal electrical performance
- Tinned Copper Core for better protection against oxidation and corrosion, extending the lifespan in harsh conditions
- Colors: Available in a variety of colors for easy identification during installation
- Customization: Available in bulk orders or custom lengths to suit specific project needs
With both pure copper and tinned copper versions available, our High-Temperature Silicone Wires offer unmatched flexibility and durability in even the most demanding conditions, ensuring reliable performance across a wide range of applications.
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