Addressing the rigorous demands of aerospace, nuclear energy, and deep-sea exploration, a comprehensive "Full-Spectrum Fluorosilicone and Phenyl Silicone Material Solution" was officially unveiled today. This integrated portfolio combines addition-cure liquid fluorosilicones, oil-resistant sealants, and radiation-tolerant phenyl milling compounds, successfully overcoming three major technical bottlenecks: sealing across an ultra-wide temperature range (-70°C to 260°C), high-radiation protection, and resistance to oil and corrosion. Key breakthroughs include:

• Extreme Temperature & Oil Resistance: New fluorosilicone rubbers maintain exceptional sealing performance under extreme thermal fluctuations, making them ideal for fuel systems in supersonic aircraft.
• Radiation Shielding: Methylphenylvinyl silicone rubbers and silicone putties offer superior gamma-ray shielding capabilities, providing long-term protection for deep space equipment.
• Functional Fluid Ecosystem: A new range of functionalized fluorosilicone oils (hydride, hydroxyl, etc.) provides flexible modification tools for precision electronic potting.

Industry experts believe this end-to-end upgrade, spanning from raw materials to specialty formulations, will significantly enhance the reliability of China's high-end equipment operating under extreme conditions, establishing a critical safety foundation for several major national engineering projects initiated in 2026.
IOTA FLSR3435 room temperature curing liquid fluorosilicone rubber