The electrolyte that volatilizes during the crushing process contains harmful substances such as lithium hexafluorophosphate, which need to be rendered harmless through condensation recovery or combustion treatment.
As a core component of electrical connections, the welding process of automotive connector terminals directly determines the mechanical strength, electrical performance, and long-term reliability of the connection.
Corrosion resistance is the key to the battery holder shrapnel's adaptability to complex environments, and the thickness of the gold plating layer directly determines its protection level.
Precision crimping technology ensures that the metallized interface between the wire and the terminal is free of defects such as copper leakage and bottoming, maintaining low resistance transmission.
A well-designed terminal system maintains a stable and reliable connection throughout the product's service life, reducing failure rates and enhancing user satisfaction.
In the complex neural networks of modern vehicles, automotive connector terminals act as silent yet precise "electrical pulse messengers,"