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In power generation environments, performance and safety are non-negotiable. From turbines and switchgear to transformers and control systems, modern power plants rely on materials that offer long-term stability in extreme conditions.

In modern electrical infrastructure, the reliability of transmission lines plays a vital role in ensuring uninterrupted energy supply. However, one frequently overlooked factor contributing to system inefficiencies and rising costs is the failure of traditional insulator materials.

Modern electrical systems demand robust, long-lasting protection against voltage surges. At the heart of this protection lies the lightning arrester, a crucial component used to divert excess voltage from lightning strikes or switching surges safely to the ground.