2, 2, 2- Tri-Fluorine Ethyl Alcohol 99.9%
Chemical name: 2, 2, 2-Trifluoroethanol
Melting point(): -43.5
Chem. Formula: CF3CH2OH
Refractive index(ND20): 1.294
CAS No: 75-89-8
UN/UN No.: 1986
Density(25): 1.383 g/cm3
Molecular weight: 100.04
Flash point(): 33
Boiling point(): 73.6
Vapor heat capacity(KJ/mol): 37.8
Packing: 250kgs/Iron drum
1. Medicine and agricultural chemicals
Tri-fluorine ethyl alcohol can be applied as Anesthetic in the medicine filed. The inflammable, low-poisonous isoflurane and newly developed CFC-free flu-thane, both take TEF as material, can be used as Inspiration or vein anesthetic.
TEF was developed well and applied widely in the use of dye synthesis. It can Increases its solubility of dye and Suppresses the polymerization among molecular; Also dye with TEF will be more light resistant, adaptive and stable when CF3CH2O- and CF3- are added.
3. React catalyst
Catalyst TEF is acidic and has strong hydrogen bond ability; Also it is mutually soluble with the organic system, so it can be used as catalyst during the process of chemical synthesis.
Solvent TEF can dissolve oxygen compounds (water, alcohol, ketone), aromatic compound (benzene, toluene), as well as many kinds of polymers resin.
4. Energy related domain
TEF has strong thermo-stability and good dynamical characteristic, and does no harm to ozone layer. It is important in the field relevant to energy because it will substitute CFC in the near future. At present, the mixture with water can be used as circulation medium during the process of recycling waste heat in Generating system. It has great potential in the system of recycling waste heat in the enterprise with high-energy consumption such as in iron factory, and cement factory.
5. The polymer material
The polymer which take tri-fluorine ethyl alcohol as raw material have the good compatibility, surface characteristic, optics characteristic, gas permeability, electrical specification, low hygroscopic, which has good prospects for development in modification of resin. The polymer is widely applied in the coating, optics information transmission, the information chemicals, the printed circuit, the anti- light etching reagent material and so on.
6. Organic synthesis
Tri-fluorine ethyl alcohol as an important foundation organic fluoride has become more and more important in the organic synthesis. For example, tri-fluorine acetaldehydes, which belonged to fluorine aldehyde class and take tri-fluorine ethyl alcohol as the raw material, is mainly used in the synthetic resin, the high polymer, the rubber, the coating, the medicine as well as the pesticide agriculture industry and so on. Many new applications domain are still at unceasingly developing.