Overview
Fluorophenylsilane is an organosilicon compound combining a phenyl group and a reactive silicon-hydride (Si-H) bond with a fluorine substituent. It serves as a versatile building block in organic synthesis and material science due to its dual functionality. Primarily used in industrial R&D, it enables the introduction of fluorophenyl groups into molecules, enhancing properties like hydrophobicity or biochemical activity. Its applications span pharmaceuticals, agrochemicals, and advanced polymers.
Physical and Chemical Properties
As a liquid at room temperature, fluorophenylsilane exhibits moderate volatility and low water solubility, typical of organosilicon compounds. The Si-H bond is highly reactive toward hydroxyl groups, making it useful for crosslinking or surface modification. The fluorine atom increases electronegativity, influencing the compound’s stability and reactivity patterns. Its thermal stability (up to ~200°C) allows use in high-temperature processes, though it decomposes under strong acids/bases.
Main Applications
In pharmaceuticals, fluorophenylsilane acts as an intermediate for fluorinated drug candidates, leveraging fluorine’s metabolic stability. It’s also employed to modify silicone resins, improving their adhesion to substrates like metals or plastics. Another niche use is in coatings, where it enhances water repellency. Agrochemically, it aids in synthesizing fluorinated pesticides. Recent research explores its role in OLED materials for electron transport layers.
Safety and Storage
Due to flammability and moisture sensitivity, fluorophenylsilane requires inert atmosphere storage (e.g., nitrogen-purged containers). Leak-proof seals are critical to prevent hydrolysis, which releases hazardous hydrogen gas. Handling mandates fume hoods and explosion-proof equipment. Spills should be neutralized with dry sand, not water. Waste disposal must follow local regulations for fluorinated organics. SDS guidelines recommend Class D fire extinguishers for silane fires.
B2B Procurement Guide
Buyers should prioritize suppliers with ISO-certified production, especially for high-purity grades (>98%). Batch-specific COA (Certificate of Analysis) is essential to verify assay and impurity profiles. Bulk procurement (100+ kg) often reduces costs by 15-30%. Consider logistics: air transport may require hazardous material declarations. Some vendors offer technical support for custom derivatization, valuable for R&D-focused purchasers.
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