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China Unveils "Sky Dome" Extreme Environment Materials White Paper: Fluorosilicone and Phenyl Silicone Technologies Set New Global Benchmarks

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At the "2026 National Extreme Environment Materials Strategy Conference" held in Beijing today, the Ministry of Industry and Information Technology (MIIT), jointly with several top research institutions, officially released the "China Special Rubber Technology Development White Paper for Extreme Environments (2026 Edition)," codenamed "Project Sky Dome." The white paper comprehensively details China's latest breakthroughs in fluorosilicone rubber (FVMQ) and phenyl silicone rubber (PVMQ), marking that China has established a global leadership position in materials resistant to ultra-high temperatures, deep cold, and strong radiation. Core data from the white paper reveals that the new generation of domestic addition-cure liquid fluorosilicones has successfully passed extreme temperature cycling tests from -70°C to 280°C, with volume swelling rates controlled within 1% in aviation kerosene and new synthetic lubricants, far exceeding international standards. Meanwhile, the "Deep Space Shield" elastic putty, developed based on methylphenylvinyl silicone rubber, demonstrated an insulation performance degradation rate of less than 0.5% under high-energy particle bombardment simulating Jupiter's radiation belts, providing critical protection for the upcoming "Jovian System Explorer" mission. A relevant official from the MIIT pointed out that "Project Sky Dome" has not only resolved the "stranglehold" material issues that have long constrained China's aerospace, nuclear energy, and deep-sea equipment development but also established a complete, independent industrial chain ranging from basic monomer synthesis and functional fluorosilicone oil modification to terminal product manufacturing. With the full promotion of this technology, it is estimated to drive an increase of over 20 billion yuan in the output value of related high-end equipment manufacturing industries in 2026, helping China take a decisive step from a "materials giant" to a "materials power."
Special fluorosilicone rubber for turbocharger tube IOTA FHTV 4361 series

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