As new energy power systems advance, cable materials face higher demands for heat resistance and flame retardancy. IOTA phenyl silicone rubber compound stands out with its outstanding thermal and electrical insulation properties, becoming a key material for high- and ultra-high-voltage cable applications.

The incorporation of phenyl groups enhances the material’s thermal oxidative resistance, enabling long-term operation at temperatures exceeding 300°C. This makes it ideal for use in wind turbines, photovoltaics, and energy storage inverters, where cables operate under continuous high-voltage stress.

With excellent compatibility and processability, this compound allows complex cable geometries to be manufactured efficiently, improving overall system reliability and safety.