The 4/0AWG Aluminium Conductor Aerial Spaced Tree Wire Cable, featuring XLPE insulation, is engineered for high-voltage overhead power distribution across 15kV, 25kV, 35kV, and 46kV networks, with a focus on vegetation-rich environments. Its spaced design separates conductors to minimize contact with tree branches, reducing outage risks in forested or suburban areas with mature greenery.​ The 4/0AWG aluminum conductor delivers exceptional conductivity and tensile strength, balancing current-carrying capacity (up to 300A) with lightweight performance for easy installation. XLPE insulation enhances electrical safety, offering high dielectric strength (>20kV/mm), resistance to UV radiation, and thermal stability (-40°C to 90°C), ensuring durability against weathering and abrasion from foliage.​ Compatible with overhead applications, this SAC cable (Spaced Aerial Cable) integrates seamlessly with existing infrastructure, supporting voltages up to 46kV for medium-to-high power needs. Its spaced configuration reduces maintenance by limiting vegetation interference, while XLPE’s low water absorption prevents moisture-related failures.​ Ideal for utilities prioritizing reliability in tree-prone regions, it combines cost-effectiveness with long-term performance, meeting global standards (IEEE, IEC) for safety and efficiency.

35kv Single Core Aluminum Conductor Spaced Aerial Cable, 25kv Sac Cable​ The 35kv single core aluminum conductor spaced aerial cable and 25kv SAC (Spaced Aerial Cable) represent advanced solutions for medium-voltage overhead power transmission. Designed with a spaced configuration, these cables feature aluminum conductors separated by insulating spacers, optimizing heat dissipation and reducing wind resistance for reliable performance in utility grids and industrial networks.​ Aluminum conductors, chosen for their lightweight (2.7g/cm³) and cost-effectiveness, deliver efficient conductivity (377 MS/m) at 25kv and 35kv. The spaced design enhances airflow around conductors, preventing overheating during peak loads—critical for long-span installations (up to 100m). Insulating spacers, typically made of UV-resistant HDPE or XLPE, maintain conductor separation to avoid short circuits while withstanding outdoor elements (-40°C to 80°C).​ Both cables excel in diverse environments: 35kv variants suit substation connections and large-scale distribution, while 25kv SAC cables are ideal for urban and rural networks. Their single-core structure simplifies installation, withstanding mechanical stress from wind and ice. Compliant with international standards (e.g., IEC 61089), they undergo rigorous testing for dielectric strength, corrosion resistance, and weather durability.​ Whether deployed in harsh climates or dense urban areas, these spaced aerial cables balance efficiency, durability, and cost, making them trusted choices for medium-voltage overhead transmission systems.