Mingyi Silicone(Anhui) Co., Ltd.
The synergistic mechanism and optimization strategy for improving spot removal efficiency of fluorosilicone oil in high-temperature dyeing with reactive dyes can be summarized as follows: I. Fluoro......
2025-08-25The synergistic defoaming mechanism of C-F and Si-O bonds in the molecular structure of fluorosilicone oil can be analyzed from the following multiple dimensions: 1. Molecular Structural Characteri......
2025-08-25In today's rapidly advancing science and technology, breakthroughs and innovations in the materials field are providing critical support for progress across various industries. Fluorosilicone oil, a l......
2025-08-22Due to its unique molecular structure (Si-O backbone and fluorocarbon side groups), fluorosilicone oil rapidly penetrates the interstices between leather fibers. Its low surface tension (approximately......
2025-08-21The defoaming performance of fluorosilicone oil stems from its unique molecular structure. The C-F bonds (derived from the trifluoropropyl group) and the Si-O bonds (in the siloxane backbone) work tog......
2025-08-20I. Material Properties and Addressing Industry Pain Points Fluorosilicone oil, as a fluorine-modified silicone material, has a fluorine-carbon (C-F) bond energy of up to 485 kJ/mol in its molecular......
2025-08-19Industry Pain Points and Innovative Solutions In applications such as high-temperature dyeing in textile printing and dyeing and chemical reactor processing, traditional defoamers face three major ......
2025-08-191. Lubrication Performance Beyond Physical Limits Fluorosilicone oil, modified with fluorine atoms in its siloxane structure, maintains fluidity and lubricity at temperatures as low as -50°C (viscosi......
2025-08-19I. Industry Pain Points and Demand Background Against the backdrop of intelligent manufacturing upgrades by 2025, precision molds (such as medical device/optical lens molds) will place higher deman......
2025-08-19I. Industry Pain Points and Material Innovation In the chemical, petroleum, and pharmaceutical industries, equipment is constantly exposed to corrosion from strong acids, bases, and organic solvents.......
2025-08-15I. Core Technology Principles Fluorosilicone fluid, based on trifluoropropylmethylsiloxane (chemical formula: CF₃CH₂CH₂Si(CH₃)O), forms a nanoscale protective film on fiber surfaces through the syner......
2025-08-14When a civil airliner traverses the stratosphere, the cabin temperature plummets to -56°C, while the engine's turbine blades endure temperatures of 1600°C. When satellites operate in low-Earth orbit, ......
2025-08-13Fluorosilicone products (FLS) combine the corrosion resistance of fluororubber with the elasticity of silicone rubber, making them suitable for specific extreme operating conditions. When selecting......
2025-08-12Fluorosilicone is a specialized synthetic rubber formed by introducing fluorine-containing groups (such as trifluoropropyl) into the silicone rubber backbone. It combines the heat resistance ......
2025-08-12The toxicity of fluorosilicone is closely related to its composition, usage conditions, and product quality. The main conclusions are as follows: Relatively safe under normal conditions ......
2025-08-11
