In the power system, the transformer is the "heart" of energy conversion, and its stable operation is inseparable from the support of high-quality materials. Fluorosilicone rubber compound specially used for transformers is the key "behind-the-scenes hero" to protect the efficient operation of transformers.



From the perspective of production and processing, this fluorosilicone compound has significant advantages. It has excellent processing performance and does not require complex processes and harsh conditions like traditional materials. It can easily handle molding, vulcanization and other processing steps, greatly improving production efficiency and reducing production costs and time costs of enterprises.

In actual use, its good mechanical properties play an important role. The high strength gives the transformer components a stable structural support, which is not easy to be damaged even in long-term operation or when encountering external force impact; the resilience allows the components to quickly return to their original shape after being deformed by force, ensuring that the transformer is always in the best working condition.

In addition, the chemical stability of fluorosilicone compound rubber should not be underestimated. It has excellent oil resistance and solvent resistance. It can effectively resist erosion and extend its service life inside the transformer filled with various oils and chemicals. Its high and low temperature resistance is even better. Whether it is the scorching hot summer or the biting cold winter, it can maintain stable performance and ensure the normal operation of the transformer. More importantly, it also has low transformer oil dielectric loss, which means that it can reduce energy loss during power transmission and improve the overall energy efficiency of the transformer.