Lightweight

Carbon core aluminum conductors have low density and light overall weight, which makes them easy to transport and install, reduces the burden on the supporting structure, and reduces engineering costs.

High strength

Carbon materials have excellent tensile strength and stiffness, which makes the conductors more stable under high load conditions and reduces deformation caused by environmental factors such as wind and ice.

Corrosion resistance

The outer aluminum material of carbon core aluminum conductors has good corrosion resistance and can be used for a long time in harsh environments, reducing maintenance costs.

Excellent conductivity

Aluminum has high electrical conductivity, which can effectively reduce the loss of electric energy during transmission and improve the efficiency of electric energy use.

Low thermal expansion coefficient

Carbon materials have a low thermal expansion coefficient and can maintain good dimensional stability under temperature changes, reducing the risk of failure of conductors caused by temperature changes.

Power transmission

Carbon core aluminum conductors are widely used in high-voltage and ultra-high-voltage power transmission lines, which can effectively reduce line losses and improve power transmission efficiency.

Urban infrastructure

Due to its lightweight characteristics, the conductor is suitable for the construction of various power and communication lines in cities, reducing the burden on buildings and other infrastructure.

Renewable energy projects

In renewable energy projects such as wind and solar energy, carbon core aluminum conductors are often used to connect power generation facilities to the power grid to improve the overall efficiency of the system.

Transportation systems

Power supply systems used in railways and roads to ensure efficient and safe power transmission.

Industrial applications

Suitable for power transmission in large industrial equipment and machinery, providing reliable power support.

ISO: Including ISO 9001 quality management, ISO 14001 environmental management and other related standards.
ASTM (American Society for Testing and Materials): Provides test and material standards applicable to cable performance and safety.

Our company's advantage for this carbon core aluminum conductor is that we have professional supporting testing machines comparable to those of the cable institute's third-party institutions to perform tensile and bending tests on aluminum and cores. We have 100% test data throughout the entire production process.

And we can ensure that this CFCC conductor is produced in a constant temperature environment. This ensures the safety of the product and eliminates the possibility of quality problems.

Our factory -Far east which specializes in doing R&D, production and sales of carbon fiber composite core conductor in 2006.

The reference standards of carbon fiber composite core conductor are ASTM B609, ASTM B857, ASTM B987 and other international advanced standard. The type of carbon fiber composite core conductor is JLRX1/F1B(ASTM) ( J-Over head conductor, LR-Full Annealed aluminum, X1-Trapezoidal Wire, F1B-carbon fiber composite core, ASTM-Reference standard of composite core is ASTM B987/B987M), which is represented by the nominal cross section of aluminum and composite core. Electric aluminum is full annealed aluminum, whose conductivity is more than 63% IACS and its cross section is designed to be trapezoidal-shape, which can reduce the outer diameter of conductor greatly.

The mechanical, thermal and electrical properties of carbon fiber composite core conductors are superior to traditional conductor, which synthetically resolve all the technical bottleneck in the field of overhead power transmission and can be widely applied to the reformation of capacity expansion for old power line, construction for new power line and power station bus line. Moreover, they can also be used for the power lines with large span, large fall, heavy icing area, heavy pollution and other special climate and geography area. Therefore, carbon fiber composite core conductor has obvious economic and social benefit for the old or new power lines construction.

Production Equipment and Testing Equipment for Carbon Fiber Composite Core Conductor

1. Production Equipment for Carbon Fiber Composite Core Conductor