Stranded Copper Electric Wire, 2.5mm2 Cross Section, 450/750V, Insulated PVC, Red Color | Jeddah Cables

Stranded Copper Electric Wire, 2.5mm2 Cross Section, 450/750V, Insulated PVC, Red Color | Jeddah Cables

(76 Product Views)

YouMats

Stranded copper electric wire (CU/PVC), 2.5mm2, 450/750V, PVC insulated, offering excellent protection against corrosion and moisture. The wire is durable and flexible, making it ideal for industrial and commercial applications. Red color. Produced by Jeddah Cables.

Shop and Split Your Payments in 4 | Flexible Payments
in stock
 Call Supplier
general.mada
general.master_card
general.visa

Product description

Stranded copper electrical wire (CU/PVC), manufactured by Jeddah Cables Company. Insulated with Polyvinyl Chloride (PVC), a type of plastic renowned for its excellent insulating properties and resistance to water and moisture. It forms an exceptional insulating layer around the conductor, preventing electrical current leakage and protecting the copper core from damage and corrosion caused by friction or other external factors. This provides superior protection for people and devices against electric shock, extends the lifespan of the wire, and slows down its degradation. Additionally, it is considered a cost-effective option compared to other insulation types. Suitable for internal wiring in electric motors, transformers, other electrical appliances, and lighting. Available in various shapes and sizes with the highest quality and best prices to suit different applications and needs.

  • Conductor Material: Copper
  • Conductor Shape: Soft Annealed Stranded Wires
  • Insulation Material: Polyvinyl Chloride (PVC) 85 ºC (or LSHF)
  • Voltage: 450/750 volts
  • Conductor Size (Cross-Sectional Area): 2.5 mm²
  • Nominal Insulation Thickness: 0.8 mm
  • Approx Overall Diameter: 3.58 mm
  • Weight: 32 kg/km
  • Max DC Conductor Resistance at 20°C: 7.41 ohm/km
  • Current Rating Laid in Conduits: 27 Ampere
  • Current Rating Laid in Free Air: 38 Ampere
  • Color: Red
  • Standard: IEC 60227

Our Clients