Triethylamine NEW

Application:

1 triethylamine can be used as solvent and raw material in organic synthesis industry. It can be used to make phosgene polycarbonate catalyst, tetrafluoroethylene inhibitor, rubber vulcanization accelerator, special solvent in paint stripper, enamel anti-hardener, surfactant, preservative, fungicide, ion exchange resin, dye, fragrance, medicine, high energy fuel and liquid rocket propellant. Products that consume triethylamine in the pharmaceutical industry are (consumption quota, t/t) : Ampicillin sodium (0.465), ampicillin (0.391), Pioneer Ⅳ (2.550), Cefazolin sodium (2.442), Cephaladine (1.093), oxypiperazicillin (0.584), ketoconazole (8.00), Vitamin B6 (0.502), Fluridinic acid (Chemicalbook10.00), praziquantel (0.667), tiotiperide (1.970), penicillamine (1.290), berberine hydrochloride (0.030), isopodine (0.540), Alprazolam (3.950), o-chlorophenylacetic acid (0.010) and piperinic acid, etc.

2 For the preparation of the fourth amine compounds and the synthesis of catalysts, and also used as rubber vulcanization accelerator, penetrant and waterproof agent;

3 Manufacture quaternary ammonium compounds, synthetic catalysts, rubber vulcanization accelerators, photographic workers. Mobile phase modifier for the separation of acidic, alkaline and neutral drugs by reversed phase high performance liquid chromatography (RP-HPLC). The separation of amino acid and amino acid amides is improved by inhibiting tailing.

4 Used in the manufacture of medicine, pesticides, inhibitors, high-energy fuels, rubber vulcanization agents, etc.

jeopardize

Vapors or liquids can irritate the skin and mucous membranes. After inhaling the vapor, it can cause respiratory organs, blood circulation system, central nervous system, liver and other mucosal tissues to function improperly. The maximum allowable concentration at the production site is 30mg/m3. Hazardous characteristics: flammable, its vapor mixed with air can form an explosive mixture. In case of high heat, open flame can cause combustion explosion. Can react strongly with oxidizing agents. Its vapor is heavier than air, can spread to a considerable distance at a low point, and will lead to a return fire in case of open fire. It is corrosive.