Aging of connecting wires is one of the common factors causing electrical system failures in electronic equipment. During use, harsh actual working environments and conditions often accelerate the aging of the connecting wires, among which common aging factors include mechanical force damage, insulation moisture, corrosion, overload use, and other factors.
Mechanical damage mainly comes from excessive bending and pulling of the wire during use, causing mechanical damage to the connecting wire. This not only causes damage to the connecting wires and even accelerates aging, but also directly leads to wire breakage in severe cases. The main reason why the insulation of the connecting wire is damp is that the excessively humid working environment gradually damages the insulation strength of the connecting wire, thereby accelerating the aging of the connecting wire and causing the occurrence of faults. Corrosion of connecting wires often occurs in harsh working environments involving chemical, mining, and marine industries. Environmental corrosion makes connecting wires more prone to problems such as protective layer failure, reduced insulation, and accelerated aging. The temperature of the wire used for long-term overload will be maintained at a relatively high level. If the temperature exceeds the working temperature range of the wire for a long time, it will accelerate the aging of the insulation of the wire, making the insulation more susceptible to breakdown.
To ensure the safe use of the connecting wire, it is necessary to fully communicate with the connecting wire manufacturer during the selection process to confirm that the purchased product is suitable for this operating environment, in order to minimize the occurrence of faults as much as possible. TXGA is one of the leading domestic cable manufacturers with professional and mature production processes. You only need to propose the final application requirements and budget, and TXGA can provide a complete one-stop solution to assist in your product development. Go to TXGA [Product Center] to learn more.
