Description
4-Core Soft Silicone Insulated Wire – High Temperature Multi-Strand Cable
Note: 1-Qty means 1-Wire of 1-Meter. 10-Qty Means 10-Wires of 1-Meter each.
The 4-Core Flexible Silicone Wire Insulated Cable is designed for applications requiring high flexibility, heat resistance, and durability. With multi-strand copper conductors and silicone rubber insulation, this wire ensures reliable performance in demanding environments such as electronics, robotics, solar power systems, automotive wiring, and industrial machines.
Unlike PVC wires, silicone-insulated cables remain flexible even at extreme temperatures, making them ideal for continuous movement, vibration, and high-power connections.
Key Features
-
4-core multi-strand copper wire with silicone insulation
-
High flexibility – suitable for continuous bending and tight installations
-
Temperature resistant: typically -60°C to +200°C
-
High voltage and current carrying capacity
-
Durable insulation – resists heat, moisture, oil, and chemicals
-
Low electrical resistance for efficient power transfer
-
Available in various gauges (AWG) & lengths
Applications
-
Electronics & Prototyping – ideal for Arduino, Raspberry Pi, and DIY projects
-
Robotics & Automation – flexible wiring for moving parts
-
Automotive Wiring – durable for high-temperature engine areas
-
Solar & Battery Systems – reliable in outdoor and high-heat conditions
-
Industrial Equipment – motors, sensors, and controllers
-
3D Printers & CNC Machines – flexible power and signal wiring
Technical Specifications (generic, may vary by size)
Specification | Details |
---|---|
Wire Type | 4-Core Flexible Silicone Insulated Wire |
Conductor Material | Multi-strand pure copper |
Insulation Material | High-grade silicone rubber |
Number of Cores | 4 |
Temperature Range | -60°C to +200°C |
Voltage Rating | 300V – 600V (depending on gauge) |
Sizes Available | Commonly 0.5mm², 0.75mm², 1.0mm², 1.5mm², etc. |
Color Code | Standard 4-core colors (Red, Black, Yellow, Blue) |
Flexibility | High (suitable for bending & vibration) |