ACSR/AW Tree Wire Manufacturer Aluminum-Clad Steel Reinforced Conductort tree wire cable
ACSR/AW Tree Wire Manufacturer Aluminum-Clad Steel Reinforced Conductort tree wire cable

ACSR/AW Tree Wire Manufacturer Aluminum-Clad Steel Reinforced Conductort tree wire cable

#ACSR/AW Tree Wire Manufacturer & Supplier in China Sitong Cable manufactures ACSR/AW Tree Wire with aluminum-clad steel reinforced core for overhead distribution, spacer cable and tree-prone areas. Get quotation today.

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Product Introduction

Aluminum Conductor Aluminum-Clad Steel Reinforced Tree Wire for Overhead Distribution Systems

ACSR/AW Tree Wire (Aluminum Conductor Aluminum-Clad Steel Reinforced Tree Wire) is a high-performance overhead conductor designed for distribution networks requiring enhanced mechanical strength, corrosion resistance, and improved reliability in challenging environments.

Compared with traditional ACSR Tree Wire, ACSR/AW Tree Wire uses an aluminum-clad steel reinforced core, which provides superior corrosion protection and longer service life, especially in coastal areas, high-humidity environments, and vegetation-intensive regions.

It is widely used in overhead distribution lines, tree wire applications, and spacer cable systems where reliable power delivery and reduced maintenance are required.


What Is ACSR/AW Tree Wire?

ACSR/AW Tree Wire is a covered overhead conductor manufactured by combining:

  • High conductivity aluminum 1350-H19 strands
  • Aluminum-clad steel reinforcing core
  • Protective insulation covering layer

The aluminum-clad steel core improves the conductor's resistance to corrosion while maintaining excellent tensile strength.

The outer covering provides additional protection against:

  • Tree contact
  • Wildlife interference
  • Environmental exposure
  • Temporary conductor contact

This makes ACSR/AW Tree Wire an ideal solution for overhead power distribution networks located in areas with strict right-of-way requirements.


ACSR/AW Tree Wire Construction

The typical construction of ACSR/AW Tree Wire includes:

Component Material Purpose
Conductive layer Aluminum 1350-H19 Provides electrical conductivity
Reinforcement core Aluminum-clad steel wire Provides mechanical strength and corrosion resistance
Protective covering Track-resistant XLPE / polyethylene Protects against environmental and external contact

The concentric stranded structure ensures:

  • Stable electrical performance
  • High tensile strength
  • Reliable installation performance
  • Long operational lifespan

Key Advantages of ACSR/AW Tree Wire

Excellent Corrosion Resistance

The aluminum-clad steel core offers better corrosion resistance than conventional galvanized steel reinforced conductors.

Advantages include:

  • Longer service life
  • Reduced maintenance requirements
  • Improved reliability in coastal and humid environments

For projects exposed to harsh weather conditions, ACSR/AW is often preferred over standard ACSR solutions.


High Mechanical Strength

ACSR/AW Tree Wire provides excellent tensile performance due to its reinforced aluminum-clad steel core.

It is suitable for:

  • Long-span overhead lines
  • Areas with high wind loading
  • Distribution networks requiring additional mechanical support

Reliable Overhead Distribution Performance

With a combination of aluminum conductivity and reinforced strength, ACSR/AW Tree Wire delivers stable performance for medium-voltage and low-voltage overhead distribution applications.

Typical applications include:

  • Utility distribution systems
  • Rural electrification projects
  • Urban overhead networks

Improved Vegetation Management

Tree contact is one of the common causes of overhead line faults.

The covered design of ACSR/AW Tree Wire helps reduce risks caused by:

  • Tree branches contacting conductors
  • Vegetation growth near power lines
  • Temporary external contact

This makes it suitable for forest areas, residential communities, and environmentally sensitive locations.


Applications of ACSR/AW Tree Wire

ACSR/AW Tree Wire is commonly used in:

Overhead Distribution Lines

For reliable electricity distribution in:

  • Residential areas
  • Rural power networks
  • Utility infrastructure projects

Tree-Prone Areas

Suitable for locations including:

  • Forest regions
  • Parks
  • Mountain areas
  • Areas with limited line corridors

Spacer Cable Systems

ACSR/AW conductors are widely selected for spacer cable systems because they provide:

  • High strength-to-weight ratio
  • Excellent corrosion resistance
  • Long-term outdoor reliability

Related product:

Spacer Cable System


ACSR/AW Tree Wire vs ACSR Tree Wire

Feature ACSR Tree Wire ACSR/AW Tree Wire
Core Material Galvanized steel Aluminum-clad steel
Corrosion Resistance Good Excellent
Mechanical Strength High High
Outdoor Durability Good Better
Harsh Environment Performance Standard Superior
Recommended Application General distribution Coastal, humid, and demanding environments

For standard reinforced overhead conductors:

ACSR Tree Wire


ACSR/AW Tree Wire Standards

Sitong Cable manufactures ACSR/AW Tree Wire according to international overhead conductor standards, including:

  • ASTM B230 — Aluminum Wire 1350-H19
  • ASTM B502 — Aluminum-Clad Steel Core Wire
  • ASTM B549 — Aluminum Conductors Aluminum-Clad Steel Reinforced
  • IEC 61089 — Round Wire Concentric Lay Overhead Electrical Stranded Conductors

Customized conductor designs are available according to customer requirements.


Available Specifications

Sitong Cable can supply ACSR/AW Tree Wire with customized:

  • Conductor size
  • Aluminum and steel ratio
  • Covering thickness
  • Rated voltage
  • Packaging method

Typical project requirements include:

Application Recommended Solution
General distribution Standard Tree Wire
Coastal areas ACSR/AW Tree Wire
Heavy mechanical loading High-strength ACSR/AW
Compact overhead systems Spacer Cable Solution

For detailed technical parameters and quotations, contact Sitong Cable engineering team.


Why Choose Sitong Cable for ACSR/AW Tree Wire?

As an experienced overhead conductor manufacturer in China, Sitong Cable provides:

Professional Manufacturing

  • Advanced conductor stranding equipment
  • Strict raw material control
  • Complete electrical and mechanical testing

Quality Assurance

Each conductor is tested for:

  • Electrical resistance
  • Tensile strength
  • Diameter accuracy
  • Surface quality
  • Production consistency

Global Supply Capability

Sitong Cable supports:

  • OEM manufacturing
  • Customized conductor solutions
  • Export packaging
  • International power projects

Related Products

Explore Sitong Cable overhead conductor solutions:


ACSR/AW Tree Wire FAQ

1. What is ACSR/AW Tree Wire?

ACSR/AW Tree Wire is a covered overhead conductor using aluminum strands and an aluminum-clad steel reinforced core for improved corrosion resistance and mechanical strength.

2. What is the difference between ACSR and ACSR/AW?

The main difference is the core material. ACSR uses galvanized steel reinforcement, while ACSR/AW uses aluminum-clad steel, providing better corrosion resistance.

3. Is ACSR/AW Tree Wire suitable for coastal environments?

Yes. The aluminum-clad steel core provides enhanced corrosion protection, making it suitable for coastal and high-humidity areas.

4. Can ACSR/AW be used in spacer cable systems?

Yes. ACSR/AW is commonly used as a phase conductor in spacer cable applications requiring high reliability.

5. What standards are used for ACSR/AW Tree Wire?

ACSR/AW Tree Wire can be manufactured according to ASTM B549, ASTM standards, and IEC 61089 requirements.


Contact Sitong Cable for ACSR/AW Tree Wire Solutions

Looking for a reliable ACSR/AW Tree Wire supplier in China?

Sitong Cable provides customized overhead conductor solutions for global utilities, distributors, and engineering companies.

Contact us for:

  • Technical datasheets
  • Product specifications
  • Factory quotations
  • Customized production solutions

Application Fields

Overhead Distribution Lines

Packaging & Shipping

All cables will be packaged in different materials based on their outer diameter and net weight, and can be customized according to requirements

Shipping and Packaging