Epoxy Resin with Superior Chemical Stability Facilitates the Long-Term Operation of Voltage Transformers
The environments where voltage transformers are located are often complex, and they may come into contact with various chemical substances. For example, in the power supply systems of some chemical plants, corrosive gases may be present around the transformers. In outdoor environments, transformers are also eroded by rainwater, acid rain, etc. In such situations, the good chemical stability of epoxy resin becomes one of the key factors for the long-term stable operation of voltage transformers.
Epoxy resin has excellent corrosion resistance and can effectively resist the erosion of various chemical substances. When voltage transformers are exposed to environments containing corrosive substances, epoxy resin can form a stable protective film on the surface and inside of the transformers, preventing chemical substances from reacting with the metal components and windings of the transformers, thus avoiding corrosion and damage to the components. This not only helps to extend the service life of the transformers but also ensures that the transformers maintain good electrical performance during long-term operation.
In substations in coastal areas, due to the high salt content in the air, the corrosion to the transformers is relatively strong. Transformers encapsulated with epoxy resin with superior chemical stability can effectively resist the erosion of salt spray, reducing the failure rate caused by corrosion and ensuring the stability of power supply in coastal areas. In various complex industrial and natural environments, epoxy resin with good chemical stability can provide reliable protection for voltage transformers, enabling them to work continuously and stably in harsh environments and becoming an important material support for ensuring the long-term reliable operation of the power system.
