Produced according to Chinese standard GB/T3954-2001, and compliant with American standard ASTM B233:1997 and German DIN standard EN 17152:1997.

Note: When mechanical and electrical functions are qualified, chemical composition may not be fully verified.

• Surface dimensions should be neat and well-distributed
• Aluminum rod surface must be clean and free from flaws, wrinkles, wrong round, crackle, mess kink, and other usage-impairing defects
• Slight mechanical rub speck, pit, or minor surface imperfections are permissible

Conductors (AAC and ACSR) are widely used in power transmission lines with various voltage levels due to their simple structure, convenient installation and maintenance, low cost, and large transmission capacity. They are particularly suitable for laying across rivers, valleys, and areas with special geographical features.

• High tensile strength
• Superior sag properties
• Economic design
• Ideal for transmission lines with long spans

• Ambient temperature: Above -20°C
• Working temperature: Not exceeding 80°C
• Laying bending radius: Not less than 30 times the cable's outer diameter

• ASTM-B232: Concentric-Lay-Stranded Aluminum 1350 conductors
• BS215-2: Aluminium conductors steel-reinforced for overhead power transmission
• DIN48204: Steel reinforced aluminum stranded conductors
• IEC209: Aluminum stranded conductor steel reinforced
• Customized types available

• Good electrical conductivity
• Sufficient mechanical strength
• High tensile strength
• Extended tower distance capability

• No power loss
• High current carrying capacity
• Enhanced fatigue strength
• Superior corrosion resistance

• Conductor: AL1350 pure aluminum
• Steel core: G1A or G2A steel wire
• Zinc coating steel wire

• Aluminum stranded wire: consists of 7, 19, 37, 91, 127 concentric strands
• Aluminum alloy: heat-treated magnesium silicate high-strength 6201T81 aluminum alloy