How do bi-metallic lugs prevent galvanic corrosion?
Galvanic corrosion is a process that happens when two different metals, for example, copper and aluminum, are in contact with each other and water or some kind of electrolyte is present. The resulting reaction can lead to the quick consumption of the aluminum conductor, an increase in contact resistance, overheating, and ultimately the breakdown of electrical connections. The use of #bi METALLIC LUGS is a way of eliminating this problem that is specifically designed and provides a guarantee of long-lasting reliability.
#The fight against corrosion is won through their unique building. Bi-metallic lugs have an aluminum barrel and a copper palm that are extremely close-knit, permanently bonded using sophisticated and high-tech methods, such as friction welding. This way, the two metals are allowed to bond at the molecular level, preventing any kind of corrosion by blocking the direct exposure at the interface where normally it would happen. A lot of BI METALLIC LUGS also get a coat of tin or any other protective layer, which works as an extra barrier, preventing moisture and oxidation.
It is bi-metallic lugs that prevent electrochemical reactions by providing a steady transition between aluminum cables and copper terminals. The result is a lower contact resistance, less heat generation, and better electrical efficiency over time.
Reliable connections are a must in power distribution, substations, and industrial installations. Manufacturers such as PIONEER POWER INTERNATIONAL are providing high-quality bi-metallic lugs that are designed to comply with the international standards, thus guaranteeing corrosion-free performance and improved safety in the demanding electrical environments.
