Self-sealing Elastomer Design Of Puncture Clamp

The overall design of insulation piercing revolves around a sealing structure, which typically incorporates self-sealing elastomer materials to address external environmental challenges. As a highly adaptable material, the self-sealing elastomer can tightly adhere to the insulating shell and piercing blade of insulation piercing clamp, forming a continuous insulating surface and reducing the risk of moisture, dust, and other media penetrating the internal electrical contact structure.

This material exists in a precise interface fit during component assembly; the fit between the elastomer and the rigid structure directly affects the integrity of the overall sealing path.

In ipc cable connector production practice, most manufacturers place the sealing material around the insulator, and the tightness between the seal and conductive components requires rigorous design and verification. Precision elastomers optimize the interface sealing of the internal space and also improve the environmental adaptability of ipc insulation piercing connector during long-term use, especially under conditions of humidity and high salt spray.