CONTINUOUSLY TRANSPOSED CONDUCTORS
Continuously transposed conductors are a special wire structure designed for high-efficiency electromagnetic equipment. It is made of multiple insulated flat copper conductors woven in a precise geometric pattern, and the three-dimensional spatial transposition of the conductors is achieved by periodic position exchange. This design is mainly used in high-power electrical equipment windings that need to optimize electromagnetic performance.
The core feature of CTC is its unique spatial transposition structure, which ensures that each conductor experiences a uniform impedance distribution in the electromagnetic field. This construction can effectively suppress eddy current losses and circulating current effects while maintaining good mechanical strength and heat dissipation performance. The insulating coating and compact arrangement of the conductors further improve the current-carrying capacity and stability against short-circuit shocks.
This type of conductor is mainly used in high-voltage, large power transformers, reactors, and industrial motor windings. It performs particularly well in ultra-high voltage transmission transformers, which can significantly improve energy efficiency and reduce operating temperatures. CTC technology has also gradually expanded to the field of new energy, such as high-performance electromagnetic components for wind turbines and electric vehicle drive systems.
TECHNICAL PARAMETERS |
Product Name |
Continuously Transposed Conductors |
Keywords |
Enameled Wire |
OEM & ODM Custom |
Accept |
LOGO Custom |
Accept |
Sample |
Accept |
Payment |
T/T, L/C, Western Union |
MOQ |
Low MOQ |
OPTIMIZE ELECTROMAGNETIC PERFORMANCE
The periodic transposition structure of CTC conductors can evenly distribute the electromagnetic field impedance, effectively suppress the circulation and eddy current effects inside the conductor, and significantly improve the energy transmission efficiency of electromagnetic equipment, which is particularly suitable for high-precision electromagnetic application scenarios.
REDUCE ENERGY LOSS
By balancing the current distribution of each strand of conductor, this design greatly reduces the common stray loss and skin effect in traditional windings, making the power conversion process more efficient, especially conducive to energy-saving performance in long-term operation.
ENHANCE HEAT DISSIPATION
The insulation layer and compact arrangement between the conductors form a regular airflow channel, which, combined with the thermal conductivity of the copper material itself, creates excellent heat dissipation conditions to ensure the stable operation of the equipment in a high-temperature environment.
IMPROVE MECHANICAL STRENGTH
The braided structure and insulation coating of the multi-strand conductor give CTC good bending resistance and structural stability, which can withstand mechanical vibration caused by electromagnetic force and extend the service life of the equipment.
STRONG ADAPTABILITY
CTC technology can adjust the number of conductor strands and transposition pitch according to the needs of different electromagnetic equipment, and flexibly adapt to various applications from distribution transformers to ultra-high voltage equipment, showing excellent engineering adaptability.


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