2025-05-27
Flat Copper Conductive Tape plays an irreplaceable role in the electrical field due to its unique structure and material properties.
In the power system, transformers are key equipment for achieving voltage conversion, Flat Copper Conductive Tape is commonly used to connect the high and low voltage sides of transformers, its flat structure increases the surface area and can efficiently transmit high currents, meeting the strict requirements for high conductivity during transformer operation, at the same time, as a flexible conductive connector, it can flexibly compensate for the thermal expansion and contraction displacement caused by temperature changes during transformer operation, avoiding connection loosening due to mechanical stress, ensuring the stability and safety of conductivity, and guaranteeing reliable power transmission.
As the core hub of power distribution and control, the distribution cabinet has complex internal circuit connections and extremely high requirements for conductivit, flat Copper Conductive Tape, with its excellent conductivity, can be used to connect various electrical components in distribution cabinets, such as circuit breakers, fuses, contactors, etc., ensuring stable and efficient current transmission. The conductive tape is made of copper or tin plated copper materia, tin plated copper has oxidation resistance and corrosion resistance, which can effectively resist the corrosion of connecting components in complex environments inside the distribution cabinet, prolong the service life of equipment, reduce the occurrence rate of faults caused by damage to connecting components, and ensure the long-term stable operation of the distribution cabinet.
The generator generates a large amount of electrical energy during the power generation process, and reliable conductive components are needed to extract the electrical energy, Flat Copper Conductive Tape can be used as a connecting component between the generator output line and subsequent transmission lines or electrical equipment, with its large surface area and excellent conductivity, it can carry the high current output by the generator and reduce losses during power transmission,its flexible characteristics can adapt to small vibrations and displacements during the operation of the generator, ensuring the firmness of the connection and enabling the stable and efficient transmission of electrical energy output by the generator to the power grid or electrical equipment.