Overview: R.King Multi Strand Copper Wire is a premium electrical wiring solution designed to address the common issue of current leakage through insulation in cables. This product offers superior safety and performance through its advanced insulation technology.
Benefits:
- Enhanced Safety: R.King wires significantly reduce current leakage, providing a safer environment for both installations and individuals.
- Stringent Standards: With an allowable current-leakage limit 50 times lower than international safety norms, R.King wires exceed safety standards.
- Minimal Damage: The high-quality insulation in R.King cables prevents current leakage, minimizing the potential damage to electrical installations.
- Compliance: R.King wires meet and surpass international safety regulations, ensuring reliable performance and reduced risk of hazards.
- Low Current Leakage: The S3 technology used in R.King cables maintains current leakage as low as 0.01 mA, far below the prescribed limit of 0.75 mA.
Features:
- Material Quality: Made from high-quality multi-strand copper, ensuring efficient conductivity and durability.
- FR PVC Insulation: The wires are coated with Flame Retardant PVC insulation, offering fire resistance and improved safety.
- Single Core Design: Featuring a single core design, these wires are suitable for various applications and installations.
- Size Variety: Available in a convenient 2.5 sqmm size, catering to diverse wiring needs and requirements.
Applications:
- Residential Wiring: Ideal for homes, R.King wires ensure safe and reliable electrical connections throughout the living space.
- Commercial Installations: In commercial buildings, these wires offer high-quality wiring solutions that adhere to strict safety standards.
- Industrial Settings: R.King cables find utility in industrial setups where robust wiring is crucial for seamless operations and safety.
- Handheld Devices: Suitable for wiring handheld equipment, R.King wires provide the low current leakage required for safe usage.
- Power Distribution: These wires are apt for power distribution networks, reducing the risk of current leakage and associated hazards.
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