Extend The Life Of The Puncture Clamp To Prevent Material Fatigue.

ipc cable connector is an important component connecting the main line and the branch lines, and its long-term stability is affected by material fatigue. The internal puncture blades and conductive components of ipc insulation piercing connector are often subjected to repeated loads and environmental temperature variations. This cyclic loading leads to microstructural changes, subsequently causing metal fatigue.

Optimizing the material composition and internal structure of piercing cable connector is an engineering approach to improve durability. Selecting alloys with high fatigue resistance, such as high-hardness aluminum alloys or plated copper alloys, can extend the service life of the puncture blades. These materials exhibit higher resistance to mechanical stress in actual operation.