Structural Analysis Behind The Overall Coverage Design Of The Piercing Line Clip

The insulation piercing connector integral encapsulation structure design adopts a complete shell encapsulation form, combining the internal metal piercing component of piercing connector with the external plastic insulator in a single shell, which is conducive to more coordinated mechanical fit and long-term stable mechanical contact between internal components. The ipc connector integral encapsulation structure typically utilizes engineering plastic materials combined with metal components, formed through precision molding, achieving a high degree of integration between the encapsulation shell and internal components.

The core consideration of this structural design is the complete coverage of internal components such as the piercing blade and connecting bolts by the shell. The bonding between the external insulation material and the metal parts can reduce internal gaps and improve the overall stability of ipc electrical connectors in the face of external environment.

During the design process of the cable piercing connector overall encapsulation structure, the molding of the plastic shell and the pre-positioning of the metal components must be strictly controlled to ensure assembly consistency and mechanical fit accuracy. Precise overlay cutting and the positioning of embedded metal components are important technical approaches to ensure the overall quality of cable ipc connector.