High-strength aluminium alloy 6201 with optimized chemical composition for durability.
Conductivity ≥ 54%IS 398 Part 4
Aluminium alloy 6201
Aluminium alloy 6201
Alloy strands form a homogeneous conductor body.
AAAC Conductorsfor Stronger, Lighter Line Design
All Aluminium Alloy Conductors engineered for better corrosion resistance, improved strength-to-weight ratio, and efficient overhead line performance.
AAAC Conductors
Corrosion resistance and high strength-to-weight ratio.
AAAC conductors are generally manufactured from aluminium alloy 6201. The brochure notes minimum conductivity of 54 percent and highlights AAAC's corrosion resistance, improved electrical conductivity compared with ACSR on equal diameter basis, and better strength-to-weight ratio.
Better strength-to-weight ratio
Supports longer spans and potential savings in towers and accessories.
Corrosion resistance
Strong fit for coastal, industrial, and polluted environments.
Homogeneous alloy construction
No steel core, reducing galvanic corrosion concerns.
Lower line losses
Alloy conductor profile can reduce losses versus traditional options in the right design.
Long service potential
Useful where lifecycle performance is a priority.
Standard aligned
Brochure lists AAAC as per IS 398 Part 4.
Conductor Build-Up
Homogeneous 6201 alloy, built for surface durability.
Position AAAC around alloy chemistry discipline, controlled stranding, resistance validation, breaking load checks, and consistent surface quality.
Concentric alloy stranding
Concentric alloy stranding
Strands are twisted to the required diameter and lay.
No steel core
No steel core
The construction relies on aluminium alloy strength rather than steel reinforcement.
Broad size range
Broad size range
Brochure includes sizes from small distribution conductors to large transmission formats.
Surface durability
Surface durability
Alloy hardness improves handling resistance compared with softer conductor surfaces.
Step 01 / 05Process Step
Aluminium alloy 6201
Alloy strands form a homogeneous conductor body.
Step 02 / 05Process Step
Concentric alloy stranding
Strands are twisted to the required diameter and lay.
Step 03 / 05Process Step
No steel core
The construction relies on aluminium alloy strength rather than steel reinforcement.
Step 04 / 05Process Step
Broad size range
Brochure includes sizes from small distribution conductors to large transmission formats.
Step 05 / 05Process Step
Surface durability
Alloy hardness improves handling resistance compared with softer conductor surfaces.
Applications
Designed for coastal corridors and high-span efficiency.
05Use Cases
Focused on coastal regions, polluted industrial environments, and weight-critical lines.
01
Overhead lines
Overhead lines
Overhead transmission and distribution lines.
Corrosive environments
Coastal and polluted industrial corridors.
High-span routes
Lines requiring higher span efficiency than AAC.
Weight reduction
Projects seeking weight reduction versus steel-reinforced formats.
Messenger support
Messenger support applications where standards permit.
Material
Aluminium alloy 6201
Conductivity
Minimum 54 percent, as per brochure
Standard
IS 398 Part 4
Key advantage
Corrosion resistance and strength-to-weight ratio
Typical use
Transmission and distribution overhead lines
Standards and quality control
Position AAAC around alloy chemistry discipline, controlled stranding, resistance validation, breaking load checks, and consistent surface quality.
IS 398 Part 4IEC 61089ASTM B399BS EN 50182AS 1531
Specification Snapshot
Datasheet-ready details for first technical review.
The product page should give procurement and engineering teams enough clarity to start a conversation, while full technical tables are shared during the technical review process.
Improve line efficiency with AAAC conductors.
Discuss route conditions, span requirements, and applicable standards with the Palriwal team.