In Stock

Copper Stranded Wire 150sq mm 450/750V Heat Resistant PVC Insulation | Al Fanar

Description

Copper Stranded Wire by Al Fanar features 150 sq mm cross-section with 37 strands and heat resistant PVC insulation rated at 90 ºC. Rated for 450/750 V, it is ideal for durable electrical installations requiring UV and moisture resistance.

This item cannot be exchanged
Get 10% Off If quantity exceeds 10 Items.
Delivered to building doors
Sold by
Matkel
Get better prices if quantity exceeds 100 Items.
Request a Quote

Product Description

Stranded copper electrical wire with heat resistant PVC insulation, manufactured by Al Fanar. This wire features a 150 sq mm cross-sectional area composed of 37 strands, insulated with polyvinyl chloride rated at 90 ºC. Designed for 450/750 V applications, it offers excellent electrical insulation, UV resistance, and moisture protection, making it ideal for fixed internal electrical installations, control panels, machinery, lighting networks, and power systems in Saudi Arabia.

  • Cross-sectional area: 150 sq mm
  • Number of strands: 37
  • Rated voltage: 450/750 V
  • Insulation material: Heat resistant PVC (90 ºC)
  • Phase core color: Black
  • High resistance to UV rays, water, and moisture
  • Suitable for fixed internal electrical installations

Overview

Category Stranded Copper Wires

Frequently Bought Together

Electric Wire 300mm² Stranded Copper PVC 90°C Brown, 1000 Meter, 450/750V | Bahra Cables
Electric Wire 300mm² Stranded Copper PVC 90°C Brown, 1000 Meter, 450/750V | Bahra Cables
SAR 0
Stranded Copper Wire Heat Resistant PVC Insulation, 16sq mm, 450/750V | Al Fanar
Stranded Copper Wire Heat Resistant PVC Insulation, 16sq mm, 450/750V | Al Fanar
SAR 0
PVC Insulation Stranded Copper Single Electrical Wire 95mm2, 450/750V, Blue | Riyadh Cables Group
PVC Insulation Stranded Copper Single Electrical Wire 95mm2, 450/750V, Blue | Riyadh Cables Group
SAR 0

Customers Also Viewed

Shop All
Company
Select Display Mode
Company Quotes & Bulk Orders
Individual Shop & Buy Directly