ACCC® AZR Conductor

ACCC®  AZR Conductor – Expanding the capabilities of the ACCC®  Conductor using aluminum zirconium alloy

ACCC® AZR Conductor uses either the standard 310 ksi core or the higher strength 375 ksi core that is then wrapped with one or more layers of a high strength, thermal resistant aluminum-zirconium alloy. While conventional ACCC® Conductors typically use fully annealed aluminum to maximize conductivity, the ACCC® AZR Conductor offers nearly the same efficiency, but far greater overall strength. The added strength and increased tensile modulus mitigates conductor sag under heavy wind or ice loads, or very long spans.

Critical European Interconnector Energized Using ACCC® Conductor

The newly upgraded Avelgem-Avelin 380 kV line provides a critical connection between two major European Transmission System Operators,...

The Importance of the ASTM B-987 Standard for Carbon Fiber Core Conductors

While patents offer some protection for Companies that painstakingly develop, test and commercialize new products and technologies, its...

Reconductoring with ACCC® Conductor Offers Major Benefits

Did you know that by using ACCC® Conductor a utility can increase the power and the efficiency of a power line by replacing the wires on...

In Another Major Advancement of Conductor Technology, CTC Global has launched the ACCC InfoCore™ System

The ACCC InfoCore™ System reduces real-world conductor installation risk experienced by utilities, contractors and lineman across...

EPRI Successfully Completes 1,500 Thermo-Mechanical Cycle Test of ACCC Conductor and Hardware

For those of you that are interested, but didn’t see this sooner, EPRI completed their 1,500 thermo-mechanical cycle test of CTC Global's...
I would like to learn more about ACCC® AZR

I would like to learn more about ACCC® AZR

Share some information below to get things started. We’ll get back to you shortly to discuss ACCC® AZR and possible next steps.

First
Last
This form collects your name, email address, organization, country, and message content so that we can respond to your inquiries. Please check our Privacy Policy to see how we protect and manage your submitted data.
Consent *
Sending

Translate »
Loading...
Please wait... generating PDF