Advantages:
High strength and lightweight: Aluminum alloy conductor has over 30% higher tensile strength than pure aluminum and is about 50% lighter than copper cables, making it suitable for long-span overhead installation.
Excellent conductivity: Electrical conductivity exceeds 61% of pure aluminum, with low resistance and high transmission efficiency.
Outstanding weather resistance: XLPE insulation is resistant to UV, ozone, and high/low temperatures (-40°C to 90°C), adapting to long-term outdoor environments.
Good creep resistance: The aluminum alloy conductor exhibits minimal high-temperature creep, ensuring high long-term operational stability.
Easy installation: Lightweight and flexible, improving construction efficiency and reducing overall costs.
Strong corrosion resistance: Dense oxide layer on the aluminum alloy surface provides better atmospheric corrosion resistance than pure aluminum.

Application Scope:
Mainly used for 10kV and below large-span overhead lines, power transmission in mountainous and hilly areas, long-distance surface power supply in mining areas, urban and rural grid upgrades, and other scenarios requiring high mechanical performance and lightweight cables.

Special Notes:
Aluminum alloy conductors require dedicated corrosion-resistant fittings; optional water-blocking and bird-damage resistant sheath; supports customization of self-supporting structure (with high-strength carrying strand); suitable for areas with altitude ≤2000m and ambient temperature -40℃ to +50℃; recommended for low-corrosion atmospheric environments.