The antioxidant capacity of Poured Bus Duct is one of the important indicators of its quality and performance.
First of all, from a material perspective, the conductors of Poured Bus Duct are usually made of copper or aluminum. Copper has good anti-oxidation properties. Under normal circumstances, a dense protective film of copper oxide will form on the surface of copper to prevent oxygen from further reacting with the internal metal. This protective film is relatively stable and can effectively resist oxidative erosion. Aluminum will also form a protective film of aluminum oxide in the air, but the structure of aluminum oxide is relatively loose and its antioxidant capacity is slightly inferior to copper. However, through special surface treatment technologies, such as tin plating, silver plating, etc., the oxidation resistance of aluminum conductors can be significantly improved.
For insulation materials, high-quality insulation materials usually have good oxidation resistance. For example, high-performance epoxy resin and other materials are used for casting. These materials have a stable chemical structure after curing and can resist the erosion of oxygen, moisture and other factors. At the same time, the sealing property of the insulating material also plays an important role in its antioxidant capacity. Good sealing performance can prevent outside air and moisture from entering the bus duct and reduce the chance of oxidation reactions.
In actual use environments, environmental factors also have a great impact on the antioxidant capacity of Poured Bus Duct. If the busbar is installed in a dry, clean environment, the oxidation rate will be relatively slow. In an environment with a lot of moisture and corrosive gases, the oxidation reaction will accelerate. For example, in high-salinity environments such as the seaside, the salt in the air easily reacts chemically with metal conductors, reducing the oxidation resistance of the busbar. In order to cope with the harsh environment, some protective measures can be taken, such as adding protective shells and anti-corrosion treatments.
In addition, the manufacturing process will also affect the antioxidant capacity of Poured Bus Duct. The fine manufacturing process ensures a tight bond between the conductor and the insulating material, reducing the intrusion of air and moisture. At the same time, strict quality control can ensure the stable quality and performance of materials and improve the overall antioxidant capacity of the busway.
In short, the antioxidant capacity of Poured Bus Duct depends on many factors such as material selection, manufacturing process and use environment. By selecting high-quality materials, adopting advanced manufacturing processes and taking appropriate protective measures, the antioxidant capacity of Poured Bus Duct can be significantly improved, its service life can be extended, and the safe and stable operation of the power system can be ensured.
