In Stock

Solid Wire 1sq mm 300/500V Copper Conductor Heat Resistant PVC Insulation | Al Fanar

Description

Solid Wire 1sq mm 300/500V by Al Fanar features a solid copper conductor with heat-resistant PVC insulation, ensuring durability and safety for electrical wiring applications.

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

Product Description

Solid Wire 1 sq mm with 300/500V rating, manufactured by Al Fanar, is made with a solid copper conductor and heat-resistant PVC insulation. This construction material offers excellent electrical insulation and durability, suitable for fixed wiring in control panels and machinery throughout Saudi Arabia.

  • Cross-sectional area: 1 sq mm
  • Voltage rating: 300/500V
  • Conductor material: Solid copper
  • Insulation: Heat resistant PVC (90 ºC)
  • Durability: Resistant to water, moisture, abrasion, and UV rays
  • Application: Fixed wiring in control panels and machinery

Overview

Category Solid Core Copper Conductors

Frequently Bought Together

0.75 mm Single Core Electrical Wire 600/1000 Volts, Solid Copper, Heat Resistant PVC Insulation 105°C, Gray | Asharqiyah Cables Company for Industry
0.75 mm Single Core Electrical Wire 600/1000 Volts, Solid Copper, Heat Resistant PVC Insulation 105°C, Gray | Asharqiyah Cables Company for Industry
SAR 0
Solid Tinned Copper Single Core Wire 18 AWG 1000 Volts PVC Insulation Blue | Asharqiyah Cables Company for Industry
Solid Tinned Copper Single Core Wire 18 AWG 1000 Volts PVC Insulation Blue | Asharqiyah Cables Company for Industry
SAR 0
12 AWG Solid Copper American Electrical Wire 600V PVC Insulated Black 2500 Feet | Asharqiyah Cables Company for Industry
12 AWG Solid Copper American Electrical Wire 600V PVC Insulated Black 2500 Feet | Asharqiyah Cables Company for Industry
SAR 0

Customers Also Viewed

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