Improving The Material And Environmental Adaptability Of Suspension Clamps To Delay Corrosion-induced Performance Degradation

As the connection device between the conductor and the tower, component fiber suspension clamp continuously withstands multiple operating conditions, including tension, wind load, and temperature cycling. With prolonged exposure to corrosive environments such as humidity and air pollution, corrosion gradually penetrates the metal surface, leading to a decline in material properties. cable suspension clamp will manifest as surface corrosion, thinning of cross-sectional area and degradation of contact interface, which will have a continuous impact on the load-bearing performance of the overall structure.

Material selection and surface treatment processes have a profound influence on the corrosion resistance of component aerial cable suspension clamps. Alloys with strong weather resistance and appropriate protective coatings can extend the device's lifespan to some extent while slowing corrosion progression. Assess the corrosion status and mechanical property changes of angle suspension clamp to plan maintenance or replacement accordingly.