35mm Electric Wire 450/750V, Flexible Copper Conductor, Heat Resistant PVC Insulation, 1.2mm Thickness | Alfanar
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35mm electric wire 450/750V, flexible copper conductor, heat resistant PVC insulation with 1.2mm thickness. Designed to deliver high performance in applications that require durability and resistance to various environmental factors. Brown color. Produced by Alfanar, ensuring a long-lasting product.
Product description
Flexible copper electrical heat resistant wire (CU/PVC), manufactured by Alfanar, in accordance with the latest British Standards (BS) and International Electrotechnical Commission (IEC) standards. Insulated with Polyvinyl Chloride (PVC 90 ºC), 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 use in environments requiring high temperature resistance, such as factories utilizing painting and drying equipment, as well as in general electrical equipment like motors, transformers, and household appliances. Available in various shapes and sizes with the highest quality and best prices to suit different applications and needs.
- Conductor Type: Copper
- Conductor Shape: Flexible
- Insulation Material: (PVC 90 ºC) Heat Resistant
- Voltage: 450/750 volts
- Conductor Size (Cross-Sectional Area): 35 mm²
- Number of Wires: 280
- Conductor Diameter: 0.40 mm
- Max DC Conductor Resistance at 20°C: 0.554 ohm/km
- Nominal Insulation Thickness: 1.2 mm
- Approx Overall Diameter: 10.3 mm
- Weight: 366 kg/km
- Length: 100 yards on Coil (Other lengths available on request)
- Color: Brown
- Standard: BS EN 50525-2-31, IEC 60227-3 and SASO-GSO-IEC 60227-3 standards