Pooya Power Knowledge Enterprise, utilizing advanced technologies, manufactures various types of cores used in overhead conductors, each contributing to the improved performance and efficiency of power transmission networks with its unique features. The galvanized steel core (GA) is an optimal choice for standard and industrial environments due to its high corrosion resistance and low production cost. The aluminum-clad steel core (AW) offers extended longevity by reducing corrosion caused by galvanic reactions, making it ideal for harsh environmental conditions. The composite core, made of carbon and glass fibers, provides lightweight and high strength, allowing for reduced tower weight and enhanced efficiency in high-performance conductors. Lastly, the Galfan alloy coating (MA), a combination of zinc and aluminum, provides double the resistance to corrosion and heat, making it especially recommended for polluted and corrosive areas. This diverse range of products has established Pooya Power as a leading producer of high-quality cores for the power transmission industry.
Galvanized Core
Galfan Core
The Zinc - 5% Aluminium - Mischmetal alloy coating, commonly referred to as Galfan, represents a specialized protective layer applied to steel wires utilized within the core of overhead conductors. Galfan-Coated steel wires show a corrosion-resistance twice as galvanized steel wires.
Clad Core
Aluminium-clad steel wire is known as Alumoweld (AW). By integrating Aluminium-clad steel wires into the core of overhead conductors, as opposed to conventional galvanized wires, the risk of galvanic cell formation is significantly minimized, thus enhancing the conductor's operational lifespan.
Composite Core
Composite cores are the newest type of the cores used in overhead conductors. These cores are made of the mixture of carbon and glass fibers. The Composite Core finds its niche in High Temperature-Low Sag (HTLS) ACCC conductors, showcasing its exceptional capabilities.