Mechanical vibration or temperature cycling can cause micron-level relative sliding at the contact interface of the copper tape connector, i.e., fretting wear.

Welding areas should be well-ventilated to promptly remove zinc oxide fumes generated by zinc evaporation and protect the health of welders.

As a key component in electrical connections, the change in contact resistance of copper tape connectors after repeated insertions and removals directly affects connection stability and system reliability.

Excessive temperature may cause abnormal grain coarsening, reducing material properties.

Maintaining stable insulation performance of copper tape connectors under high-voltage environments requires coordinated optimization of materials, structure, process, environment, and maintenance.

With the increasing miniaturization and performance of modern electronic devices, the material selection of every tiny component has become crucial.