Home appliance wires
| 1. Safety and Protection: The insulation layer is typically made of PVC (polyvinyl chloride), PP (polypropylene), or flame-retardant XLPE, offering high flame retardancy. Some cables (such as those used in kitchen appliances) are coated with oil- and water-resistant coatings to prevent insulation failure caused by oil or water stains. The plug must have anti-electric shock features. 2. Applicability to Appliance Power Requirements: Wire diameters are designed based on appliance power requirements. This ensures that current is transmitted without overheating and prevents line aging. 3. Flexibility and ease of wiring: Wiring spaces within home appliances are confined (such as inside washing machine drums and refrigerator compressor compartments). Cables must exhibit excellent flexibility and a small bend radius. Power cables must also be both flexible and resistant to strain to prevent breakage from frequent movement. 4. Heat and aging resistance: Suitable for the locally high temperatures encountered during appliance operation (such as oven casings and air conditioner outdoor units), ensuring electrical safety throughout the appliance’s lifecycle. 5. Low-smoke, halogen-free (select scenarios): For appliances used in enclosed spaces like bedrooms and children’s rooms (such as air purifiers and humidifiers), some cables utilize low-smoke, halogen-free materials. These materials emit no toxic gases or smoke when burned, enhancing home safety. |
Home appliance wire mainly refers to enameled wire used in home appliance parts such as air-conditioning compressors, electric fans, washing machines, cooking tools, and environmental systems, including 19 varieties;
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