In the process of the automotive industry's accelerated transformation towards electrification, the 48V system has emerged as a key technology for enhancing vehicle performance and optimizing energy efficiency. This system, with its unique advantages, has carried out a comprehensive technical reconstruction of automotive wiring harnesses, injecting strong impetus into the upgrading and replacement...

The Future of Automation: How New Wiring Technologies Will Reshape Automotive Wiring Harness Production     When we stop to admire the sleek appearance and intelligent configuration of modern cars, we seldom notice the crucial yet low-key and concealed presence inside the vehicle - the wiring harness. In the complex systems of automobiles, wiring harnesses are like the blood vessels...

As new energy vehicles shift from "optional" to "mainstream choice", the core logic of vehicle design is also undergoing a fundamental transformation - the dominant position of mechanical performance is gradually giving way to electric drive systems and intelligent terminals. In this process, the wiring harness is no longer merely a simple connecting wire, but has become the "nerve network" that l...

In today's era of rapid technological advancement, reliable performance under high-temperature conditions has become a critical requirement across numerous industrial applications. From internal combustion engines and electric vehicle battery management systems in the transportation sector to marine equipment, medical devices, and various outdoor installations, high-temperature environments are ub...

Abstract: With the rapid development of automotive intelligence and networking, on-board electronic systems are becoming increasingly complex, which puts forward higher requirements for the rate, reliability and anti-interference ability of communication transmission. Optical fiber harnesses, with their advantages of high speed, low loss, anti-electromagnetic interference and lightweight, are grad...