Press-type Terminal Connectors Must Have Good Electrical Conductivity.

In electrical systems, the metal spring contacts within the push wire terminal block connector are often made of materials with excellent conductivity, such as copper, bronze, or phosphor bronze.

The spring contacts form a stable contact with the wire through elastic compression. This provides sufficient contact area and pressure, resulting in a low-resistance connection between the wire and the terminal.

Good conductivity is reflected in low contact resistance and a stable conductive path. Stable contact resistance reduces the risk of overheating at the connection point, maintaining stable electrical performance.

The metal materials and structure in the terminal design determine its conductivity. High-conductivity materials combined with a well-designed spring can maintain a stable connection over a long period, preventing poor contact or decreased conductivity.

Therefore, when selecting a push in terminal block wire connector connector, pay attention to its metal spring material, resistance specifications, and contact reliability. Only when these basic conditions are met can the push in wire terminal block connector fulfill its electrical functions.