The advantages of metal connectors mainly include the following aspects:
Excellent conductivity and shielding performance: Metal materials have excellent conductivity and are suitable for occasions with high requirements for current transmission, such as large equipment, power systems, etc. Metal connectors can conduct directly through their own bodies, with low shielding resistance, and can ensure the continuity of shielding in extreme cases, which is suitable for occasions that require good shielding performance.
High mechanical strength and high temperature resistance: Metal connectors have high tensile strength and flexural strength, and are suitable for occasions with harsh environments, such as scenes with large vibrations and high temperature environments. Metal materials have stable performance at high temperatures, are not easy to deform, and can ensure stable transmission of current and signals.
Good heat dissipation capacity: The thermal conductivity of metal is much higher than that of plastic, which enables metal connectors to dissipate heat better when conducting large currents, reducing material deformation and other problems caused by excessive temperature.
Wide application areas: Metal connectors are suitable for communications, medical, industrial, rail transportation and other fields. Especially in the fields of large current conduction, high-frequency electronics, military, aerospace and other fields, they are widely used.
Long-term stability and corrosion resistance: Certain metal materials such as stainless steel and nickel alloys provide wide frequency shielding and corrosion resistance, suitable for long-term stable use in harsh environments.
