Overhead Aluminum Conductors

All Aluminum Conductor (AAC)

• Higher conductivity and lower cost compared to copper cable of the same weight.
• Lightweight and easy to install.
• Suitable for overhead transmission and distribution lines, and ground wires and feeder wires of railways.

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Aluminum Conductor Steel Reinforced (ACSR)

• Excellent tensile strength for overhead installation.
• Longer span installation in uneven areas.
• Suitable for long-distance overhead transmission and distribution lines, including river crossings and rocky areas, as well as ground wires and feeder wires of railways.

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Aluminum Conductor Aluminum-Clad Steel Reinforced (ACSR/AW)

• Similar structure to ACSR with high tensile strength and lighter weight.
• High corrosion resistance and higher conductivity than ACSR, resulting in lower power loss.
• Suitable for long-distance overhead lines and coastal areas, industrial zones, saline lands, and volcanic regions.

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Specification of ACSR/AW

Compliance Standards: ASTM B549, TPC A048

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Thermal-Resistant Aluminum Conductor Steel Reinforced (TACSR)

• High tensile strength for installation.
• Longer span installation in uneven areas.
• Transmission capacity is 1.4–1.5 times that of ACSR.
• Suitable for long-distance overhead transmission lines and ground wire and feeder wire of the railway.

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Thermal-Resistant Aluminum Conductor Aluminum-Clad Steel Reinforced (TACSR/AW)

• Same structure as TACSR with high tensile strength and lighter weight.
• High corrosion resistance and higher conductivity than TACSR, resulting in lower power loss.
• Transmission capacity is 1.4–1.5 times that of ACSR.
• Suitable for long-distance overhead transmission and distribution lines in coastal areas, industrial zones, saline lands, and volcanic regions.

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Super Thermal-Resistant Aluminum Conductor Aluminum-Clad Steel Reinforced (ZTACIR/AS)

• Same structure as TACSR with higher tensile strength and lighter weight.
• High corrosion resistance and higher conductivity than TACSR, resulting in lower power loss.
• Transmission capacity is 1.6–2.0 times that of ACSR, with lower sag and smaller outer diameter.
• At the same outer diameter, sag at 210°C for ZTACIR/AS is equivalent to sag at 75°C for ACSR.
• Suitable for high-capacity, low-sag overhead transmission and distribution lines, and mainly used to replace existing ACSR or ACSR/AW conductors.

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Specification of ZTACIR/AS  

Compliance Standards：JEC-3406、JCS-1404、TPC STAW-2

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Aluminum-Clad Steel Wire (ACW)

• High tensile strength for installation and excellent corrosion resistance.
• Suitable for grounding wire applications in coastal, industrial, saline, and volcanic areas.

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Specification of ACW

‍Compliance Standards：ASTM B416-81、TPC WI-5C

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Features

• Lightweight & Cost-effective
• High mechanical strength
• High conductivity with low transmission loss
• Excellent weather resistance and corrosion resistance
• High temperature & ampacity performance

Voltages

69kV~345kV