Introducing the innovative high-tech Composite Core, a state-of-the-art, lightweight, and exceptionally strong core crafted from a mixture of carbon and glass fibers. Engineered through the advanced pultrusion process, this core is specifically designed for application in overhead conductors. Boasting a unique hybrid structure, its density is impressively 70% lower than that of a traditional steel core. Even more remarkable, when compared at equal diameters, its strength surpasses that of a steel core by an impressive 150% to 200%.
Technical Specifications:
Introducing the innovative high-tech Composite Core, a state-of-the-art, lightweight, and exceptionally strong core crafted from a blend of carbon and glass fibers. Engineered through the advanced pultrusion process, this core is specifically designed for application in overhead conductors. Boasting a unique hybrid structure, its density is impressively 70% lower than that of a traditional steel core. Even more remarkable, when compared at equal diameters, its strength surpasses that of a steel core by an impressive 150% to 200%.
The Composite Core finds its niche in High Temperature-Low Sag (HTLS) ACCC conductors, showcasing its exceptional capabilities. Its heightened strength and reduced weight lead to a 27% increase in the cross-sectional area of the aluminium segment within ACCC conductors, outperforming both ACSR and ACSS conductors.
The Composite Core's minimal linear thermal expansion plays a pivotal role in ensuring ACCC conductors maintain negligible sag even under high-temperature conditions, setting them apart from conventional alternatives. This distinctive property makes our Composite Core-equipped ACCC conductors ideal for transmission lines characterized by extended span lengths. Furthermore, these conductors enable the use of towers with reduced height and weight, offering a compelling solution for cutting-edge transmission projects.