PVC insulated and sheath power cables

​​PVC Insulated Cables: The Smart Choice for Safe & Cost-Efficient Power Distribution​​

​​PVC (Polyvinyl Chloride) insulated cables​​ deliver unmatched versatility for low-voltage electrical systems. Engineered with ​​FR-PVC flame-retardant technology​​ (ST2 to IEC 60502), these cables withstand temperatures up to ​​70°C continuous​​ and ​​160°C short-circuit​​ while ensuring fire safety in critical infrastructure

 ​​3 Core Advantages Driving Global Adoption​​

1. ​​Flame Safety First​​

   • ​​FR-PVC sheath​​ suppresses toxic smoke and halts flame spread within 30 seconds (IEC 60332 compliant), ideal for public buildings and tunnels
      
   • Outperforms standard PVC: 40% higher oxygen index (OI>32%) for reduced fire propagation risk
      

2. ​​Installation Flexibility​​

   • Ultra-low bending radius (​​12× OD​​ for multi-core) for tight spaces in ducts or trays
      
     .
   • ​​Ambient tolerance​​ (0°C+) with lightweight design – cuts installation time by 25% vs. XLPE cables
      

3. ​​Corrosion & Chemical Resistance​​

   • Withstands acids, alkalis, and humidity – proven in wastewater plants and coastal zones
      
   • ​​15-year service life​​ even in high-UV environments like solar farms
      

Global Compliance Simplified​​

​​Rigorous Testing Protocol​​:

• Partial discharge <10pC at 1.73U₀
• 100% pass rate on IEC 60502 vertical flame tests
   

​​Where PVC Cables Excel​​

 ​​Technical Superiority Built-In​​

​​Triple-Layer Protection​​:

1. ​​Conductor​​: Oxygen-free copper (IEC 60228 Class 2) – 99.97% conductivity efficiency.
2. ​​Insulation​​: PVC/FR-PVC matrix with 20 kV/mm dielectric strength.
3. ​​Sheath​​: Black ST2-grade armor against abrasion and oils.

​​Critical Specs​​:

• ​​Voltage​​: 0.6/1 kV
• ​​Emergency Load​​: 130°C for 5hr cycles
• ​​Avoid​​: Magnetic ducts for single-core installations

Your ROI-Driven Solution​​

• ​​30% lower upfront cost​​ vs. XLPE alternatives
• ​​MOQ 200m​​ + wooden drum packaging (salt-spray tested)
• ​​15% faster deployment​​ with pre-terminated ends