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Whether it is the strategic promotion of "Made in China 2025" and "Industry 4.0", or the popularization of technologies such as new energy vehicles, 5G communication, and the Internet of Things, their core goals cannot be separated from three key connections - collaboration between devices, interaction between devices and people, and interoperability between people and data. And all of these connections cannot be achieved without the basic support of connectors and industrial wiring harnesses, which are like the "neural network" of industrial interconnection, running through many fields such as electronics, home appliances, automobiles, aerospace, and precision instruments.

Directly reflecting the electrical transmission performance of the cable, the core examination is the conductor material and cross-sectional area. If the material is poor or the cross-sectional area is insufficient, it can lead to excessive resistance, increase current loss, cause conductor heating, insulation aging and cracking, resulting in leakage, short circuit and even fire, endangering personal and property safety. The standard sets strict upper limits on the DC resistance of conductors for cables of different specifications, and must not exceed the limit.

Our drag chain cable is designed specifically for the scenario of "non-stop back and forth movement". Through 7 core structural optimizations, it achieves 10 million bends without core breakage or faults, far exceeding the durability standards of conventional cables. It is perfectly adapted to high-frequency motion scenarios such as automation equipment, robotic arms, and conveyor line

铝合金电缆作为新兴电力传输材料，以轻量化、耐腐蚀、成本优势显著等特点推动行业产品升级，但核心瓶颈在于技术解决方案的弱化与落地不足