In modern industry, aerospace, rail transportation, and even high-end equipment manufacturing, the stability of electrical connections directly impacts the safety and performance of the entire system.
As the "neural network" connecting key components such as batteries, motors, and electronic controls, new energy wiring harnesses play a crucial role in vehicle electrical safety.
Deep within automated production lines, robotic arms rotate at high speeds, conveyor belts vibrate constantly, hydraulic equipment frequently starts and stops, and various industrial equipment operates under intense pressure day and night.
At the same time, the single-wire annealing process can enhance ductility, so that the conductor produces uniform deformation rather than concentrated stress when bent.
In the design process of industrial control wiring harness, electromagnetic compatibility and signal transmission efficiency are two core indicators that must be met simultaneously.
New energy wiring harnesses utilize multiple technologies, including high-voltage insulation, electromagnetic shielding, environmental protection, mechanical reinforcement.