Products

CONDUCTORS

High-performance aluminum conductors engineered for efficient power transmission -lightweight, reliable, and sustainable solutions powering the grid of the future.

Products

CONDUCTORS

High-performance aluminum conductors engineered for efficient power transmission -lightweight, reliable, and sustainable solutions powering the grid of the future.

Products

CONDUCTORS

High-performance aluminum conductors engineered for efficient power transmission -lightweight, reliable, and sustainable solutions powering the grid of the future.

FEATURES

Engineered for Every Need

Crafted for real-world demands—from long spans to high capacity and everything in between.

  • LIGHT WEIGHT

    Light on Weight.

    Heavy on Power.

    High-efficiency conductor that delivers maximum ampacity with minimum stress on your towers.

  • WEATHER RESISTANT

    Rain.Wind.Snow.

    Power Still Flows.

    Performs reliably under extreme weather—wind, ice, wildfire, or 200°C heat conditions.

  • LONG SPANS

    Power Above.

    Current Below.

    Conquer geography. Transmit power reliably across rivers, valleys, and mountains.

  • HIGH CAPACITY

    Same Tower

    More Power.

    High-efficiency conductor that delivers maximum ampacity with minimum stress on your towers.

    HIGH CAPACITY

    Same Tower

    More Power.

    High-efficiency conductor that delivers maximum ampacity with minimum stress on your towers.

    HIGH CAPACITY

    Same Tower

    More Power.

    High-efficiency conductor that delivers maximum ampacity with minimum stress on your towers.

  • CORROSION RESISTANT

    No Rust.

    No Worry.

    Carbon core with galvanic barrier resists corrosion—even in marine or industrial zones.

  • FAST EXECUTION

    Quick Upgrades.

    Minimal Shutdown.

    Faster stringing and reduced sag help achieve up to 25% faster commissioning than traditional upgrades.

    FAST EXECUTION

    Quick Upgrades.

    Minimal Shutdown.

    Faster stringing and reduced sag help achieve up to 25% faster commissioning than traditional upgrades.

  • HIGH VOLTAGE

    Peak Voltage.

    Peak Performance.

    Designed to withstand and deliver the highest voltages with superior thermal and electrical control.

    HIGH VOLTAGE

    Peak Voltage.

    Peak Performance.

    Designed to withstand and deliver the highest voltages with superior thermal and electrical control.

    HIGH VOLTAGE

    Peak Voltage.

    Peak Performance.

    Designed to withstand and deliver the highest voltages with superior thermal and electrical control.

Explore our conductor range

Higher Capacity

Improved Efficiency

ACCC

The ACCC® conductor delivers superior efficiency with higher ampacity, reduced line losses, and excellent sag performance. Ideal for modern transmission and distribution, it supports grid reliability, renewable integration, and long-term energy savings with proven performance worldwide.

Higher Capacity

Improved Efficiency

ACCC

The ACCC® conductor delivers superior efficiency with higher ampacity, reduced line losses, and excellent sag performance. Ideal for modern transmission and distribution, it supports grid reliability, renewable integration, and long-term energy savings with proven performance worldwide.

Higher Capacity

Improved Efficiency

ACCC

The ACCC® conductor delivers superior efficiency with higher ampacity, reduced line losses, and excellent sag performance. Ideal for modern transmission and distribution, it supports grid reliability, renewable integration, and long-term energy savings with proven performance worldwide.

Higher tensile Strength

High conductivity

ACSR

ACSR conductors combine high conductivity and mechanical strength using aluminum and steel, offering reliable, cost-effective performance for transmission and distribution—ideal for harsh conditions, compact designs, and high-voltage applications.

Higher tensile Strength

High conductivity

ACSR

ACSR conductors combine high conductivity and mechanical strength using aluminum and steel, offering reliable, cost-effective performance for transmission and distribution—ideal for harsh conditions, compact designs, and high-voltage applications.

Higher tensile Strength

High conductivity

ACSR

ACSR conductors combine high conductivity and mechanical strength using aluminum and steel, offering reliable, cost-effective performance for transmission and distribution—ideal for harsh conditions, compact designs, and high-voltage applications.

high ampacity

low sag

ACSS

ACSS conductors use fully annealed aluminum strands over a strong steel core, delivering high ampacity with minimal sag at elevated temperatures—ideal for long spans, uprating, and modern high-voltage transmission.

high ampacity

low sag

ACSS

ACSS conductors use fully annealed aluminum strands over a strong steel core, delivering high ampacity with minimal sag at elevated temperatures—ideal for long spans, uprating, and modern high-voltage transmission.

high ampacity

low sag

ACSS

ACSS conductors use fully annealed aluminum strands over a strong steel core, delivering high ampacity with minimal sag at elevated temperatures—ideal for long spans, uprating, and modern high-voltage transmission.

high efficiency

low sag

AL-59

High-efficiency, low-sag overhead conductor featuring a lightweight composite core and thermal-resistant aluminium strands—designed for greater ampacity, reduced line losses, and long-span performance.

high efficiency

low sag

AL-59

High-efficiency, low-sag overhead conductor featuring a lightweight composite core and thermal-resistant aluminium strands—designed for greater ampacity, reduced line losses, and long-span performance.

high efficiency

low sag

AL-59

High-efficiency, low-sag overhead conductor featuring a lightweight composite core and thermal-resistant aluminium strands—designed for greater ampacity, reduced line losses, and long-span performance.

high strength

high ampacity

GAP

GAP conductors combine thermal-resistant aluminum alloy strands with a high-strength steel core, separated by a grease-filled gap. This design enables high ampacity, reduced sag, and superior durability—making them ideal for reconductoring, long spans, and modern high-voltage networks.

high strength

high ampacity

GAP

GAP conductors combine thermal-resistant aluminum alloy strands with a high-strength steel core, separated by a grease-filled gap. This design enables high ampacity, reduced sag, and superior durability—making them ideal for reconductoring, long spans, and modern high-voltage networks.

high strength

high ampacity

GAP

GAP conductors combine thermal-resistant aluminum alloy strands with a high-strength steel core, separated by a grease-filled gap. This design enables high ampacity, reduced sag, and superior durability—making them ideal for reconductoring, long spans, and modern high-voltage networks.

NEW product development

Engineering what's next

From Medium Voltage Covered Conductors (MVCC), FIPC-enabled cables and IntelliSense™ condition-monitoring conductors to advanced material engineered designs, our new product development pipeline is shaping the next generation of grid performance, intelligence, and sustainability.

get in touch

Ready to power your next project?

Use the form below or write to us on sales.enquiry@sterlite.com

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Empowering humanity by addressing the toughest challenges of clean energy delivery

Sterlite Electric Logo

get updates

follow us

LinkedIn
X.com
YouTube
Instagram
Facebook

Empowering humanity by addressing the toughest challenges of clean energy delivery

Sterlite Electric Logo

get updates

follow us

LinkedIn
X.com
YouTube
Instagram
Facebook