The rapid expansion of the new energy vehicle (NEV) and 5G communication industries is driving urgent demand for high-end specialty rubber materials. Fluorosilicone product series, with their unique combination of properties, are becoming indispensable key materials in these cutting-edge fields.

Within the NEV sector, the safety protection of battery packs, motors, and electronic control units is paramount. Fluorosilicone potting compounds, which are heat-resistant, flame-retardant, and offer excellent electrical insulation, provide reliable sealing for high-voltage electrical units. Specialized materials like turbocharger hose fluorosilicone and low-compression-set fluorosilicone rubber ensure the long-term stability of hoses and seals in the high-temperature, oily environments of engine compartments, contributing to vehicle durability and safety.

As 5G base stations and high-end electronics evolve towards miniaturization and higher power density, challenges in heat dissipation and protection intensify. Addition-cure liquid fluorosilicone and room-temperature curing (RTV) liquid fluorosilicone, with their excellent leveling, deep-section cure, and weather resistance, are ideal choices for potting and protecting precision circuit boards and chip modules. High-rebound fluorosilicone rubber also provides high-performance solutions for various damping and cushioning components.

Furthermore, phenyl silicone rubber series (e.g., methyl phenyl vinyl silicone rubber) extend the application boundaries. Their outstanding radiation resistance and low-temperature performance meet stringent requirements in aerospace and other extreme environments. Supporting products like various fluorosilicone oils (e.g., vinyl fluorosilicone oil, amino fluorosilicone oil) play a significant role as functional additives in enhancing composite material properties.

It is foreseeable that the continuous advancement of downstream industries will further drive the iteration and innovation of fluorosilicone material technology, providing stronger material support for high-end manufacturing.