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The core of selecting copper foil flexible connections is "matching working condition requirements + ensuring safety and stability". It is necessary to make a comprehensive judgment based on multiple dimensions such as current-carrying capacity, installation environment, dynamic compensation requirements, and interface specifications.
Specifically, it can be advanced according to the following steps and key points:

The core advantage of copper foil flexible connection lies in its design of multi-layer ultra-thin copper foil lamination and flexible structure. It not only retains the excellent electrical conductivity of red copper but also solves the pain point that rigid conductors cannot adapt to dynamic working conditions. The specific advantages can be divided into the following three dimensions:

Copper foil flexible busbar is a kind of flexible conductive connection component, also often called copper foil flexible connection or copper foil expansion joint. Its core is made by stacking multiple layers of ultra-thin copper foil, and then fusing the two ends of the copper foil through high-temperature welding (such as diffusion welding, brazing), and encapsulating copper bars or terminals. It has the dual characteristics of excellent electrical conductivity and high flexibility.