Product
Silicone Rubber Insulated Installation Wire
Heat-resistant and highly flexible silicone rubber insulated installation wire for electrical installations and internal wiring up to 500V.
Overview
Silicone rubber insulated installation wires use silicone rubber as the insulation material, offering excellent heat resistance and flexibility. They are designed for electrical installations and internal wiring with a rated voltage of up to 500V.
Maintaining stable electrical performance under elevated temperature conditions, they are suitable for internal equipment wiring and applications that require heat resistance.
Key Capabilities
- Excellent heat resistance for high-temperature operating environments
- Flexible insulation for easy installation and routing
- Stable electrical performance for internal wiring applications
- Widely used in electrical equipment, control systems, and installation wiring
Standards
- Manufactured according to enterprise standards
Compliant with applicable internal technical specifications
Operating Conditions
| Rated Voltage | Up to 500 V |
| Continuous Operating Temperature | ≤ 180 °C |
| Application | Electrical installation and internal equipment wiring |
| Installation Type | Fixed installation and controlled environments |
Construction & Technical Performance
Construction
- Conductor: Stranded copper conductor
- Insulation: Silicone rubber insulation
- Construction: Single-core installation wire
Key Electrical Characteristics
Depending on the model, the cable can be supplied with the following key technical parameters:
- Nominal cross-sectional area (mm²)
- Conductor construction
- Insulation thickness
- Overall wire diameter
Quality & Consistency
The product is manufactured under controlled and repeatable processes to ensure insulation quality, dimensional consistency, and long-term reliability for electrical installation and internal wiring applications.
Technical Specifications
Detailed specifications are available upon request. Please contact us for the full technical datasheet.