In the prismatic battery battery safety system, the bursting discs(rupture disks) plays a crucial role as the “last line of defense”. Its performance is directly related to the safety level of the battery pack and even the entire vehicle. When selecting suppliers, automakers must not only stay at the level of meeting basic specifications and parameters, but
Modern vehicles demand electrical connections that withstand vibration, temperature extremes, and decades of service. At the heart of these mission-critical systems lie crimp pins automotive components – precision-engineered interfaces ensuring uninterrupted signal and power delivery across every electronic module. The Technical Superiority of Crimp Terminal Pins Unlike soldered joints, crimp terminal pins create gas-tight cold welds
Precision metal stamping plays a crucial role in the mass production of safe, efficient, and high-performance batteries for electric vehicles (EVs). As global demand for EVs continues to rise, the technology’s ability to create complex, compact components with micron-level accuracy has become essential. Key Applications of Precision Metal Stampings in NEV Batteries Cell Housings &
Precision Deep Drawing: Engineering Microscopic Perfection for Critical Applications In today’s world of miniaturization and performance-critical components, precision deep drawing, also known as micro deep drawing, is essential for manufacturing seamless, high-tolerance metal parts. This advanced forming technology shapes flat blanks into intricate 3D geometries, achieving wall thicknesses of less than 0.1 mm and tolerances
Terminal type and terminal plating play a vital role in the design of automotive wiring harnesses. Reasonable selection of terminal type and plating material can improve the reliability and stability of the wiring harness and ensure the normal operation of the automotive electronic system. In the process of wiring harness manufacturing, when selecting a manufacturer,
In the design of vehicle wiring harnesses that pursue high assembly, functional integration, and intelligent architecture, highly integrated connectors (taking into account both high-power power supply and small signal transmission) have become the mainstream choice. Selecting connectors of different grades according to application scenarios and functional requirements is the basis for ensuring that their lifespan
Electric vehicles (EVs) promise a cleaner future, but their success relies on a hidden hero: the EV charging cable pins within every high-voltage plug and socket. These tiny yet mighty components ensure power flows seamlessly from charging stations to EVs—even in blistering heat, cold, or torrential rain. Let’s uncover why engineers and manufacturers are prioritizing EV
Electric vehicles (EVs) are transforming roads worldwide, but their success hinges on one often-overlooked component: EV charging terminals. These critical parts—including EV charging connector pins, EV charging cable pins, and high voltage plug and socket systems—form the lifeline between charging stations and vehicles. Built to handle extreme currents, harsh environments, and relentless daily use, they ensure
In the complex and delicate mechanical world of automobiles, automotive connectors may seem inconspicuous, but they play a vital role in connection, just like the nerves of the human body. They work silently to ensure that all parts of the automotive electrical system can communicate smoothly, so that the various functions of the car can
