CH-4
2-Perfluorobutiletil iodida
Nomor CAS: 2043-55-2
Rumus molekul: C4F9CH2CH2I
Berat molekul: 373,99
Nomor EINECS: 218-055-6
Aplikasi
Digunakan dalam sintesis berbagai fluorosurfaktan, bahan perawatan permukaan fluor, dan bahan kimia halus fluor lainnya.
Pengemasan dan penyimpanan
Produk ini dikemas dalam drum komposit baja-plastik berukuran 25L, 50L dan 200L. Produk ini disimpan di tempat yang berventilasi dan sejuk dalam kondisi kedap udara, lihat MSDS untuk detailnya, umur simpan satu tahun.
Indeks kinerja
Penampilan: tidak berwarna hingga cairan merah muda terang
Titik didih (°C): 139 @ 760mmHg
Titik leleh (°C): -14
Kepadatan (g/mL): 1,940 @25°C
Indeks Bias: 1.3642 @25°C
Titik Nyala (°C): Tidak ada
Kemurnian (GC): >98
Nama lain:
1H, 1H, 2H, 2H - Perfluoroheksil iodida
1,1,1,2,2,3,3,4,4 - Nonfluoro - 6 - iodoheksana
1. Fluorosurfactant Synthesis:
As a core intermediate, it is used in the preparation of various fluorosurfactants. These substances possess high surface activity and high thermal stability, and can be applied in fields such as fire fighting, coatings, and inks.
2. Fluorinated Surface Treatment Agent Preparation:
It is used to synthesize fluorinated surface treatment agents, which can impart waterproof, oil-proof, and stain-resistant properties to substrates such as textiles, leather, and paper, improving their durability and user experience.
3. Fluorinated Fine Chemicals Synthesis:
It is a key raw material for the synthesis of various fluorinated fine chemicals, such as fluorinated pharmaceutical intermediates and fluorinated pesticide intermediates, supporting product development and production in related fine chemical fields.
4. Sintesis Fluoropolimer:
It can be used to introduce perfluorobutyl chains into polymer molecules, preparing fluoropolymers with special properties. These polymers have applications in high-end fields such as aerospace and electronics.
5. Ionic Liquid Research:
It is used in the research of fluorinated phosphine ionic liquids, providing basic materials for the development of new ionic liquids and promoting the exploration of ionic liquids in fields such as catalysis and separation.
6. Scientific Research and Reagent Applications:
As a chemical reagent, it is widely used in scientific research work in laboratories, such as organic synthesis reaction research and performance testing of fluorinated compounds.
