Advantages:
Balanced economy and strength: Aluminum alloy conductor costs less than copper cables, with tensile strength increased by over 30% compared to pure aluminum, making it suitable for long-span overhead installation.
Lightweight design: Lower density than copper cables, lightweight, easy to transport, and install.
Reliable weather resistance: Polyethylene insulation is resistant to UV and moisture, adaptable to standard outdoor environments.
Optimized conductivity: Aluminum alloy conductivity is about 61% of pure aluminum, with moderate resistivity, meeting low-voltage power distribution requirements.
Enhanced corrosion resistance: Dense oxide layer on the aluminum alloy surface provides better atmospheric corrosion resistance than pure aluminum.
Easy installation and maintenance: Flexible structure supports conventional overhead installation, with convenient fault location and repair.

Application Scope:
Mainly used for overhead power distribution lines at 1kV and below requiring higher mechanical strength, such as river and valley crossings, long-distance power supply in mining areas, and rural grid upgrades.

Special Notes:
Aluminum alloy conductors require dedicated corrosion-resistant connection fittings; insulation color is typically black, with other colors customizable; self-supporting models (including high-strength aluminum alloy messenger wire) can be produced; suitable for areas with ambient temperature -40℃ to +90℃ and altitude ≤1000m.